I and II only of the following code segments, found in a class other than Item, can be used to create an item with a regular price of $10 and a discount of 25%.
What is code?
Code is a set of instructions written in a programming language that tells a computer what actions to perform in order to achieve a desired outcome. It is used to create software applications, websites, and mobile apps. It is developed using a specific programming language and is made up of lines of code that are executed by a computer. Code is written with the use of an editor and is compiled, or translated, into a language that can be read and executed by a computer. Code can be used to solve complex problems, automate processes, and create innovative and powerful solutions. Code is a powerful tool that can be used to create amazing applications, websites and mobile apps.
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The following query
SELECT cust.CustName, pri.FullName, AS PrimaryContact, alt.FullName AS AlternateContact
FROM Customers.cust
JOIN People pri ON cust.PrimaryContactPersonID = pri.PersonID
LEFT JOIN People alt on cust.AlternateContactPersonID = alt.PersonID
will return:
a) Customers with both primary and alternate contacts
b) Customers with a primary contact and with or without alternate contacts
c) Customers with a primary contact and without alternate contacts
d) No rows
Customers with a primary contact and with or without alternate contacts There are different types of joins available in SQL: INNER JOIN : returns rows .
What is primary contact?
A primary contact refers to a third party, typically a previous employer, that serves as a reliable source for gathering pertinent information surrounding the job title, start and end dates, and any forthcoming details connected with an applicant's job history.Primary address information is specific information like building number and street in an address.A point of contact (POC) or single point of contact (SPOC) is a person or a department serving as the coordinator or focal point of information concerning an activity or program. A POC is used in many cases where information is time-sensitive and accuracy is important.To learn more about customer refers to:
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Customers with or without alternate contacts and a primary contact There are various SQL join types: INSIDE JOIN: produces rows.
Option C is correct.
What exactly is primary contact?A third party, typically a former employer, is referred to as a primary contact when it comes to gathering pertinent information about an applicant's job title, start and end dates, and any forthcoming details regarding their employment history.
Specific information in an address, such as the building number and street, is called primary address information.
A person or department serving as the coordinator or focal point of information regarding an activity or program is known as a point of contact (POC) or single point of contact (SPOC). In many situations where accuracy is crucial and information is urgent, a POC is utilized.
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1.4-8 a car weighing 130 kn when fully loaded is pulled slowly up a steep inclined track by a steel cable (see figure). the cable has an effective cross-sectional area of 490 mm2, and the angle a of the incline is 308. (a) calculate the tensile stress st in the cable. (b) if the allowable stress in the cable is 150 mpa, what is the maximum acceptable angle of the incline for a fully loaded car?
A steel cable is slowly pulled up a steeply inclining track by a car that weighs 130kN when fully loaded; (b) the maximum allowable incline angle is 30°.
What is a proper angle?The maximum angle of incidence where the medium (typically air) meets the core (n1) is known as the acceptance angle () for an optical fibre. This angle determines how light enters and travels along the optical fibre. The optical fiber's numerical aperture is the sine of the acceptance angle.
The acceptance angle, which is calculated as the acceptance cone's half-angle, serves as a gauge of a fiber's capacity to gather light (the maximum cone of light that can enter or exit the fiber.) Be aware of what follows: The acceptance cone is triangular in shape.
The NA is related to the cutoff angle, which is the maximum acceptance angle (max) (Figure 1). At the intersection of the fiber's core and cladding, rays with an angle of incidence of maximum are totally internally reflected (TIR). These rays continue to be trapped in the core as they travel down the fibre.
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Exercise 4. 4. 7: Make a Tree
5 points
Let's Go!
In this program, you need to make an upright tree that contains stars *. Your output should look like:
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
using a method, the asterisks are printed level-wise. We must count the number of asterisks on the level in order to accomplish this.
Define stars?A star is any large, gaseous, self-luminous celestial body that emits light as a result of its own internal energy sources.
Celestial objects like stars have the ability to generate their own light. They are enormous and extremely hot. With a little helium, they are primarily composed of hydrogen gas.
A star is a burning ball of explosions that is kept together by gravity. As a star, our sun is! It generates a significant amount of energy in the form of heat and light, which creates the ideal conditions for life on Earth.
A star is a sizable ball of glowing, hot matter in outer space. Plasma is the name of that substance. Stars are kept in place by gravity. Smallest stars are called reddwarfs because they are red and small.
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a refrigerator with a cop of 3.0 removes heat from the refrigerated space at a rate of 10 kw. determine the rate of power input. multiple choice question. 30 kw
A refrigerator with a COP (coefficient of performance) of 3.0 removes heat from the refrigerated space at a rate of 10 kw. The rate of power input is 3.33 kw.
Refrigerators are cyclic machines, just like heat engines. A refrigerant is the working fluid used in the refrigeration cycle. The vapor-compression refrigeration cycle is the most often used refrigeration cycle, and it consists of four major components: a condenser, an expansion valve, a compressor, and an evaporator.
The COP (coefficient of performance) represents the efficiency of a refrigerator, which defined as:
COP = output / input
The output is the amount of heat removed from the refrigerated space, while the input is the power input.
Substitute the parameters from the problem:
3 = 10 kw/ power input
power input = 10 kw/3 = 3.33 kw
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Write a static method that accepts an int size as a parameter and outputs the following pattern using for loops: When size is 5, it will output: 25 15 941 25 16 9.4 25 169 25 16 25 When size is 3, it will output: 941 9
The class name and a dot (.) followed by the name of a method are used to access them. When defining a method, they are stated using the word "static."
Without creating a new object, static methods can be accessed. A Java static method can accept many arguments, and as a result, it can have several parameter variables, just like a mathematical function. A static method (or static function) is a method that is defined as a member of an object but can only be accessed from the constructor of an API object, not from an instance of the object generated using the constructor. If a variable is static, memory is only allotted to it once, and all objects of the class can access it. You can create a static variable by doing.
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ROPS must be installed on rubber-tired heavy equipment and:
A. Motor graders.
B. Crawler tractors and loaders.
C. Wheel-type tractors.
D. All of these.
ROPS must be installed on rubber-tired heavy equipment along with all of Metal Graders, Crawler tractors and loaders and Wheel-type tractors.
What are ROPS ?On tractors and other agricultural machinery, rollover protection structures (ROPS) are metal bars (also known as rollbars), frames, or crush resistant cabs that are intended to provide an operator with a safe area in the event of a rollover or overturn1.
Roll bars or roll cages known as Rollover Protection Structures (ROPS) are made for agricultural tractors with wheels and tracks. When a rollover happens, ROPS are made to surround the operator in a protective zone. The purpose of ROPS is to stop the operator from being ejected out of the protected area.
Roll bars or roll cages known as Rollover Protection Structures (ROPS) are made for agricultural tractors with wheels and tracks. When a rollover happens, ROPS are made to surround the operator in a protective zone.
ROPS must be installed on rubber-tired heavy equipment along with all of Metal Graders, Crawler tractors and loaders and Wheel-type tractors.
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Etimate the hourly production of a hovel with bucket capacity of 0. 96 m³ & cycle time of 30 ec. Shovel i ued to excavate hard oil in an open area. The excavated earth ha to be loaded in waiting dump truck, poitioned at 60°. Equipment i utilized for 50 minute in 1 hour
Divide the overall operation's time by the quantity of buckets or cycles to determine the excavator cycle time.
How big a bucket can it hold?A bucket can carry as much material as it contains plus additional material piled on top of it. The Heaped or Rated Capacity is used to describe this. The angle at which the material being handled is resting determines how much material will be piled on top of the bucket (heap).
Use the S3 console and select the bucket you want to view to find out how big a specific S3 bucket is. The total number of bytes stored over time is depicted in a graph found under Metrics.
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An example of a right explicitly protected by the Constitution as drafted at the Constitutional Convention is the ______. a.right to free speech
The right to a writ of habeas corpus is a right that is explicitly protected by the Constitution as it was written at the Constitutional Convention.
What was the original purpose of the Constitution's Bill of Rights?The civil liberties of US citizens are listed in the Bill of Rights, which was drafted alongside the Constitution. The right to a fair trial, freedom of speech, and freedom of religion are among these liberties. Citizens were granted more civil liberties through subsequent Constitutional amendments.
What is the constitutional justification for the right to privacy?The following is the constitutional basis for the right to privacy: a particular guarantee provided by the Fifth Amendment. The conclusion of the Supreme Court that, despite not being explicitly stated, a number of Amendments contain the right to privacy.
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A series RLC circuit with R = 10 Ω, C = 80 μF, and L = 10 mH is connected across a 200 Hz, 15 V ac source. The total impedance, expressed in polar form
The total impedance, expressed in polar form will be 10.337 * e^(j 14.676°).
How to calculate the impedance?R = 10 Ω,
C = 80 μF = 80 x 10⁻⁶ F
L = 10 mH = 10 x10⁻³ F
XL = 2πfL
= 2π (200)10 * 10⁻³
= 4π
= 12.566
Xc = 1 /2πfC
= Xc = 1/2π(200)80 x 10⁻⁶
= Xc = 9.947
The total impedance = R + jXL - jXc
= 10 + j(12.566 - 9.947)
= 10 + j 2.619
The total impedance is 10 + j 2.619
| Z | = 10.337
Ф = tan⁻¹ ( 2.619 /10) = 14.676°
Polar Form = 10.337 * e^(j 14.676°)
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A series RLC circuit with R = 10 Ω, C = 80 μF, and L = 10 mH is connected across a 200 Hz, 15 V ac source. The total impedance, expressed in polar form, is?
A manufacturer can sell product 1 at a profit of $2/unit and product 2 at a profit of $5/unit. Three units of raw material are needed to manufacture 1 unit of product 1, and 6 units of raw material are needed to manufacture 1 unit of product 2. A total of 120 units of raw material are available. If any of product 1 is produced, a setup cost of $10 is incurred, and if any of product 2 is produced, a setup cost of $20 is incurred. Formulate an IP to maximize profits.
The IP (Integer Programming) problem can be formulated as follows:
Maximize: 2x1 + 5x2
Subject to:
3x1 + 6x2 <= 120 (Constraint on the availability of raw materials)
x1, x2 >= 0 (Non-negativity constraint)
x1, x2 are integers (Integer constraint)
Where x1 is the number of units of product 1 produced, and x2 is the number of units of product 2 produced.
The objective function represents the profit earned by producing x1 units of product 1 and x2 units of product 2. The first constraint represents the availability of raw materials, which limits the production of the products based on the number of units of raw materials required. The non-negativity constraint ensures that the number of units produced is non-negative and the integer constraint ensures that the solution must be in integer.
What is the Integer Programming about?In regards to the above, If any of product 1 is produced, a setup cost of $10 is incurred, and if any of product 2 is produced, a setup cost of $20 is incurred. The objective function can be adjusted to include these costs as follows:
Maximize: 2x1 + 5x2 - 10y1 - 20y2
Subject to:
3x1 + 6x2 <= 120 (Constraint on the availability of raw materials)
x1 - y1 = 0
x2 - y2 = 0
x1, x2, y1, y2 >= 0 (Non-negativity constraint)
x1, x2, y1, y2 are integers (Integer constraint)
Where y1 is a binary variable that indicates whether product 1 is produced (y1 = 1) or not (y1 = 0) and y2 is a binary variable that indicates whether product 2 is produced (y2 = 1) or not (y2 = 0). This constraints ensure that y1 and y2 are either 0 or 1.
Therefore, the IP model can then be solved using an optimization software to determine the optimal number of units of each product to produce in order to maximize profits.
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In a SQL statement, the _____ is the name of the segment that executes first
The primary query is never run before the sub-query; it always comes first. First, subqueries are resolved. The outer query uses the subquery's output as its input.
In what sequence are the SQL statements executed?
The inner query is referred to as a subquery, while the outer query is referred to as the main query. The outcomes of each subquery are sent on to the main query after completion. SQL queries evaluate clauses in a certain order, much as how mathematical operations adhere to the PEMDAS or BIDMAS rules. When executing clauses in queries, the following steps are taken:
1. Using FROM/JOIN, the correct data are originally located.
2. WHERE: used to remove records that don't meet the criteria.
3. GROUP BY: This function divides the data into several groups according to the content of one or more columns.
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Identify the use of the inset keyword used in the box-shadow property.
A. It is used to mention the shadow color.
B. It is used to create an interior shadow.
C. It is used to measure the distances of the shadow from the text in horizontal and vertical directions.
D. It is used to define the amount by which the shadow is stretched
Determine where the box-shadow property makes use of the inset keyword. It is used to cast a shadow inside.
The radial gradient function's default shape value is which of the following?Ellipse is the shape's default value. size: The gradient's size is determined by this parameter. The potential values include: closest side, closest corner, and farthest side (the default).
How can I use CSS to change the color of a PNG image?The following CSS styles can be used to change the color of a PNG image: filter: none, blur, brightness, contrast, drop-shadow, grayscale, hue-rotate, invert, opacity, saturation, sepia, url, initial, and inherit functions; The image's visual effect is set by using the aforementioned property.
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which problem can occur if your system case fan blows in the wrong direction?
The system overheat if a fan blows in the wrong direction, preventing airflow through the case.
In a computer case, how can airflow be controlled?Air should follow a straight line through the case. In most cases, you want the case fans at the front of the case to draw in air and the ones at the back to blow out air. Because hot air will rise, vents at the top of your case should be used as exhaust fans.
What triggers CPU overheating?Overheating of a computer is typically brought on by multiple factors. If dust is allowed to accumulate over time, it can obstruct the fans and overheat the CPU or GPU. The fans may go into overdrive if there are too many applications running simultaneously, and if this happens too often, the fans may stop working.
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when there is a positive pressure gradient in the horizontal x direction in a fluid, i.e. , and there are no shearing stresses, then how will the fluid move?
When the pipe is completely developed, the pressure gradient Dp/L (the pressure differential between two stations separated by L) is constant and the pressure declines linearly with distance. The pressure gradient likewise rises linearly with flow rate in this area.
Bernoulli's principle may be theoretically understood as the idea that a fluid moving from a high pressure to a low pressure area would accelerate as a result of the net force acting in the direction of motion. To keep the top plate moving at a constant speed U, the system has to be subjected to a shear stress, t = (F/A). This stress has the formula t = m (U/h), where m is the fluid's viscosity and U/h is its strain rate.
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Given the tapered bar/axial element below, determine the exact displacement interpolation function and the associated exact shape functions. Show all intermediate steps.
In FEM, nodal displacement is calculated using the matrix equation shown below: [K] is the global stiffness matrix, [u] is the displacement (solution) vector, and [F] is the vector of forces.
Then, they are interpolated using shape functions—basically, polynomials of various orders—over complete elements. Although linear shape functions, such as a straight line used to approximate a distance between two places, are the most fundamental, quadratic shape functions, such as a quadratic curve, are becoming far more prevalent. There are even even higher order shape functions (such as cubic), but they are uncommon in real-world applications. Gauss Points, not nodes, are used to compute an element's stress. You can search up the locations of the GPs for any specific type of element, but let's talk about singles here.
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In this lab, you'll practice creating classes and objects, using ArrayList objects, and working
with interacting objects (with some nice visuals). Even better, you'll be working with circles,
widely considered to be the roundest of all two-dimensional shapes.
1. Import the starter code to begin. Instructions (if needed), for your IDE of choice:
a. Jgrasp:
i. Download the starter code folder from the website (Download -> Direct download).
ii. Extract (unzip) the downloaded folder (right-click -> Extract all).
iii. Copy the entire (unzipped) folder to your H: drive; rename it in the usual fashion.
b. Eclipse:
i. In Eclipse, create a new Java project named in the usual fashion.
ii. Download the starter code folder from the website (Download -> Direct download).
iii. Extract (unzip) the downloaded folder (right-click -> Extract all).
iv. Drag and drop the unzipped materials as follows:
1. Drag the source (*.java) files into the "src" folder.
2. See here for help (don't worry about text files): youtu.be/LOSICIeP6Ko
2. Create a class Circle.java which is a simple abstraction of an on-screen circle (image). A Circle
should (initially) have the following:
int x and int y The center point of the circle's on-screen location. These values represent
the circle's (initial) location on screen.
int radius The radius of the circle.
Color color The color of the circle. Color is a class that is built into Java, a software
abstraction of color. You can create a new color using Color's
three-parameter constructor (e.g. new Color(50, 100, 150)), where
each integer is a value 0-255 (corresponding to red, green, and blue
components, respectively). There are also pre-built colors in the Color class
that you can use, e.g. Color.RED or Color.BLACK. Import:
java.awt.Color.
3. Write Circle's 4-parameter constructor. Give the parameter variables real good names.
4. A Circle is responsible for drawing itself. Write a void draw() method that displays the circle on
screen using the StdDraw.java graphics library (included in starter code). Use the following:
StdDraw.setPenColor(color); //set the current color of the drawing window
StdDraw.filledCircle(x, y, radius); //draw a filled circle at , diam of radius*2
The answer provided below has been developed in a clear step by step manner.In this lab, you'll practice creating classes and object, using ArrayList objects, and working with interacting objects.
sorry\sv You will experience building classes and objects in this lab as well as utilising ArrayList objects and interacting with them (with some nice visuals). The fact that you'll be dealing with circles, which are regarded as the roundest two-dimensional forms, is even better. Start by importing the startup code. Instructions for your preferred IDE (if necessary): JGrasp: i. Go to the website and download the beginning code folder (Download -> Direct download). ii. Right-click the downloaded folder and select "Extract all" to extract (unzip) it. iii. Copy the entire (unzipped) folder to your H: disc, then rename it as usual. i. Create a new Java project in Eclipse with the usual name. ii. Use the website's Download -> Direct download option to download the beginning code folder. iii. Extract (unzip) the downloaded folder by selecting Extract All from the context menu. iv. Drag and drop the unzipped files like in the example below: 1. Move the "src" folder into which the source (*.java) files are located. 2. Don't worry about text files; see this page for assistance: youtu.be/LOSICIeP6Ko 2. Create the class Circle.java, a straightforward abstraction of a circle on the screen (image). The following are starting requirements for a circle: Integers x and y The position of the circle's centre on the screen. These numbers show where the circle first appeared on the screen.
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the martian calendar is unusual. there are n months in the year, and each month has an arbitrary (and potentially different) number of days. martian days are even more unusual. the rh day of the month is exactly i hours long. each martian can take xconsecutive days of vacation. on which day during the year should a martian start their vacation in order to get as many hours of vacation as possible? note: vacation time can start at some point in the current year and span over to the next year. the vacation time itself will never be greater than a whole year.
Every month as a prime number of days,. Months must have about the same number of days,. Months must be at least 3 weeks long,
What is martian days?
Mars is a planet with a very similar daily cycle to the Earth. Its sidereal day is 24 hours, 37 minutes and 22 seconds, and its solar day 24 hours, 39 minutes and 35 seconds. A Martian day (referred to as “sol”) is therefore approximately 40 minutes longer than a day on Earth.The Earth zips around the Sun at about 67,000 miles per hour, making a full revolution in about 365 days - one year on Earth. Mars is a little slower, and farther from the sun, so a full circuit takes 687 Earth days - or one Mars year.Temperatures on Mars average about -81 degrees F. However, temperatures range from around -220 degrees F. in the wintertime at the poles, to +70 degrees F. over the lower latitudes in the summer.To learn more about vacation refers to:
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Every month with a maximum number of days. There must be roughly the same number of days in a month. The length of a month must be at least three weeks.
What are martian days?The daily cycle of Mars is very similar to that of Earth. The solar day lasts for 24 hours, 39 minutes, and 35 seconds, while the sidereal day lasts for 24 hours, 37 minutes, and 22 seconds. Therefore, a day on Mars, or "sol," lasts about 40 minutes longer than a day on Earth.
A full revolution around the Sun takes approximately 365 days, or one year on Earth. The Earth travels around the Sun at about 67,000 miles per hour. A full circuit on Mars takes 687 Earth days, or one Mars year, because Mars moves a little slower and is further from the sun.
Temperatures on Mars range from about -220 degrees Fahrenheit in the winter at the poles to +70 degrees Fahrenheit in the summer at the lower latitudes. The average temperature is about -81 degrees Fahrenheit.
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1. The results shown in Table were obtained at failure in a series of triaxial tests on speci mens of a saturated clay initially 38 mm in diameter by 76 mm long. Determine the valu es of the shear strength parameters with respect to (a) total stress and (b) effective stres S The initial values of length, area and volume for each specimen are: lo 76 mm; Ao=1135 mm²; Vo = 86 x 103 mm³ (a) (b) Type of test Undrained Drained All-round pressure (kN/m²) 200 400 600 200 400 600 Axial load (N) 222 215 226 403 848 1265 Axial deformation (mm) 9.83 10.06 10.28 10.81 12.26 14.17 Volume change (ml) I coo 6.6 8.2 9.5 625
The values of the shear strength parameters with respect to (a) total stress and (b) effective stress should be determined. Table 1 of test categories (kN/m) pressure everywhere
What's the synonym for effective?
Effective can also be referred to as effectual, efficacious, and efficient. Effective emphasizes the actual creation of or the ability to produce an effect, even though all of these words indicate "creating or capable of producing a result."
successful in getting the desired outcomes: The usage of shadow in the lighting for the production was quite effective. She is a fantastic educator.
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Which of the following best describes the devices that will help prevent moisture from collecting in raceway systems?a. Elbowsb. Integral drainsc. Strainersd. Seal-off fittings
Electrical raceways in hazardous environments can be safely installed using rigid metallic conduit (RMC). Sites in Class II A "Class II Place" is the second category of the hazardous location.
Combustible dust in sufficient quantities to be explosive or ignitable is what gives this classification its name. In order to reduce the flow of gases and vapors via the conduit and to prevent the spread of flames from one area of the electrical installation to another, seals are included in the conduit and cable systems. Division 1 goods are subjected to stricter regulations than Class I Division 2 lights. An explosion-containment capability is not necessary for a light to be classified as Division 2. rather, it must be identified too.
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The great treasures of King Tut are on display in the Giza Museum in Cairo. The layout of the museum is shown in Figure 9.7, with the different rooms joined by open doors. A guard standing at a door can watch two adjoining rooms. The museum’s security policy requires guard presence in every room. Formulate the problem as an ILP to determine the smallest number of guards.
The smallest number of guards that are required will be 4.
How to calculate the number of guards?Let Xj be the binary integer such that Xj=1 when a guard is deployed at the j-th door and Xj=0 otherwise for j = 1,2,..,8.
Minimize Z = total number of guards = X1 + X2 + X3 + X4 + X5 + X6 + X7 + X8
Subject to,
Each room will be seen by at least one guard. So,
X1 + X2 >= 1 (Room A)
X1 + X3 >= 1 (Room B)
X2 + X4 >= 1 (Room C)
X4 + X5 >= 1 (Room D)
X3 + X5 + X8 >= 1 (Room E)
X6 = 1 (Room F)
X6 + X7 >= 1 (Room G)
X7 + X8 >= 1 (Room H)
Xj = {0,1}
--------------------------
LINDO Code
Min X1 + X2 + X3 + X4 + X5 + X6 + X7 + X8
s.t.
Room_A) X1 + X2 > 1
Room_B) X1 + X3 > 1
Room_C) X2 + X4 > 1
Room_D) X4 + X5 > 1
Room_E) X3 + X5 + X8 > 1
Room_F) X6 = 1
Room_G) X6 + X7 > 1
Room_H) X7 + X8 > 1
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The great treasures of King Tut are on display in the Giza Museum in Cairo. The layout of the museum is shown in figure below, with the different rooms joined by open doors. A guard standing at a door can watch two adjoining rooms. The museum’s security policy requires guard presence in every room. Formulate the problem as an ILP in PYTHON to determine the smallest number of guards.
roblem 2. what are possible boundaries for studying each of the following (include sketches): ans: n/a a) wind turbine. b) a pound (for cooling the air around) in the front of a large office building. c) heat loss through a building envelope during the winter. d) curing of concrete. e) a geothermal pile (with a ground heat exchanger) for a ground source heat pump. f) an electric car. g) wastewater treatment plant
AMR recognizes that the majority of transportation providers conduct their business with a high degree of integrity.
What is geothermal pile?Geothermal energy piles (GEPs) are an environmentally friendly energy source which utilise the low-grade heat energy present in the shallow earth surface to provide heating and/or cooling to the supported structures e.g. buildings.
Geothermal energy is heat energy from the earth—Geo (earth) + thermal (heat). Geothermal resources are reservoirs of hot water that exist or are human made at varying temperatures and depths below the Earth's surface.
The piles are connected to a ground source heat pump which simply moves heat energy from one place to another. Using the same technology as a refrigerator, the highly efficient system removes the existing heat energy stored in the earth or groundwater and transfers it into the building.
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A rectangular solid steel bar has depth d = 72 mm and height h = 75 mm. The bar is subjected to an axial load F = 335 kN. Determine the normal stress acting on the plane b-b. Input your answer in MPa to one decimal place and ignore +/- sign.
Aluminum bar carrying a higher load than steel bar
Given data;
steel abr
diameter = 5 mm
stress = 500 MPa
aluminium bar
diameter = 10 mm
stress = 150 MPa
we know
stress = laod/area
for steel bar
solving for P
P = 9817.47 N
for Aluminium bar
solving for P
P = 11790 N
aluminum bar carrying a higher load than steel bar.
What is Stress?
Stress is a force stress is the deformation caused by a force stress is the earthquake itself stress is the strain a rock undergoes when it is pulled.
The physical quantity of stress is used in continuum mechanics. It is a measurement of the strength of the forces that lead to deformation. The definition of stress is "force per unit area."
Therefore, stress = laod/area
for steel bar
solving for P
P = 9817.47 N
for Aluminium bar
solving for P
P = 11790 N
aluminum bar carrying a higher load than steel bar.
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for the following unit operations, (a) identify the governing mass balance equations, (b) determine the number of independent variables, (c) determine the number of control variables, and (d) design at least one combined feed forward/feedback control loop for each unit operation.
We need to understand, in particular, how the controlled variable reacts to changes in the disturbance and manipulated variables.
Describe unit operations.Unit operations involve a physical change or chemical transformation, such as isomerization, crystallisation, evaporation, filtration, polymerization, and separation.
When compared to unit processes, unit operations involve physical changes. Unit process is only a secondary activity, while unit operation is just the primary activity.
The unit operation of distillation separates two constituents by their respective boiling points. The end result will be similar to flashing, with more of the lower-boiling compound(s) leaving at the top of the column and more of the higher-boiling compound(s) falling to the bottoms.
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Determine the force in each member of the truss and state if the members are in tension or compression. Set P1 2 kN and P2 1.5 kN. Hint: Use the method of joints for analysis. == B 30° 30° ° с D 3 m 3 m P1
What follows if the node is subjected to the forces Tension is present when the force is moving away from the node. It is a compression force if the force is moving in the direction of the node.
Which of the truss's members are under tension or compression based on the force in each one of them?The method of joints involves calculating the force acting on each truss member while simultaneously including all forces acting at the joints in the equilibrium equation.
The secret to figuring out whether a diagonal or vertical member is in tension or compression is to see if they follow the same curve that a hanging chain would between the two end points.
The method of joints is a technique for figuring out the forces that are unknown to the members of a truss. The technique is usually the quickest and simplest way to solve for all the unknown forces in a truss structure because it centres on the joints or connection points between the members.
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Simple geometry can compute the height of an object from the object's shadow length and shadow angle using the formula: tan(angleElevation) = treeHeight / shadowLength.
1. Using simple algebra, rearrange that equation to solve for treeHeight.
2. Write a statement to assign treeHeight with the height calculated from an expression using angleElevation and shadowLength.
code:
import java.util.Scanner;
import java.lang.Math;
public class TreeHeight {
public static void main(String [] args) {
double treeHeight = 0.0;
double shadowLength = 0.0;
double angleElevation = 0.0;
angleElevation = 0.11693706; // 0.11693706 radians = 6.7 degrees
shadowLength = 17.5;
/* Your solution goes here */
System.out.print("Tree height: ");
System.out.println(treeHeight);
return;
}
}
Use these steps to calculate the object's height:
Add your height to the shadow length of the object.
Subtract your shadow length from that response.
The equation h(t) = -16t2+256t, where t is time in seconds, yields the height of an object, h(t). Determine the object's highest point and the moment it touches the ground. 2) Paige intends to launch a summertime lawn-mowing business. Height is defined in mathematics as the vertical distance separating an object's top from its base. On occasion, it is referred to as "height". In coordinate geometry, an object's height is calculated along the y-axis and is referred to as height.
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TRUE OR FALSE a trainer who is unsure of the ability levels in a group of trainees may need to administer a short pretest to determine their baseline ability levels.
In order to establish the baseline ability levels of a group of trainees, a trainer who is unaware of their skill levels may need to administer a brief pretest.
What are basic abilities?Basic abilities include things like basic computer literacy, which is increasingly a minimal requirement for even low-paying employment, as well as communication, problem-solving, detail-orientation, and creativity.
What's the baseline evaluation?The results of baseline assessments are used by schools to better understand the needs of their students, gauge each student's potential and aptitude for learning, and assess the influence they have on pupils as they advance through the educational system.
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all of the following can cause total bus failure of the j1850 vpwm bus system, except: (1pts) question 10 - all of the following can cause total bus failure of the j1850 vpwm bus system, except: open bus wire to the bcm. bus wire shorted to ground. bus wire shorted to battery voltage. internal short in a module.
Internal short in a module, bus wire shorted to battery voltage, and bus wire shorted to ground failure is reason of the j1850 vpwm bus system .
What are the different types of bus systems?Data bus, Address bus, and Control bus are the three different categories of bus lines. Each bus route works together to communicate with the others over it. The data bus is a signal line used to transfer data from the CPU to the memory.
How does the system bus function?A system bus functions by transferring data and other types of information among various hardware components of the computer. The system bus, for instance, will identify data when you attach a universal serial bus (USB) device or port into your computer and transfer it to the central processor unit.
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W hat are electronegative gases? Why is the breakdown strength h Marks CO igher in these gases compared to 2 . that in other gases What are anode and cathode streamers?
Electronegative gases are gases that have a higher electron affinity, which means they have a greater tendency to attract and hold onto electrons. Examples of electronegative gases include chlorine, fluoride, and oxygen.
The breakdown strength, or the electrical field strength required to cause electrical breakdown in a gas, is higher in electronegative gases compared to other gases because the electronegative atoms or molecules in these gases can more readily capture free electrons and form negative ions. This reduces the number of free electrons available for conduction, making it more difficult for an electrical breakdown to occur.
Anode streamers are luminous discharges that occur in electrical breakdown in gases and that originate from the anode, or the positively charged electrode. Cathode streamers are similar discharges that originate from the cathode, or the negatively charged electrode. They are caused by the ionization of the gas and the movement of electrons in the electric field. These streamers are responsible for the initiation of the electrical breakdown.
T/F : When tubing is cut with a tubing cutter, a burr is produced in the process. This slight decrease in the inside diameter of the tube can adversely affect the operation of the system.
The process of cutting tube with a tubing cutter results in the creation of a burr. The system's functionality may be negatively impacted by this tiny reduction in the tube's inner diameter. "True" is the appropriate response.
What are the different kinds of operations systems?A group of programmed known as an operating system allow a user to control and communicate with a computer. Windows, Mac OS, FreeBSD, and other operating systems are examples of operating systems. Operating systems come in a variety of forms.
How should a general tube cutter be used?Simply snap it onto the tube, shut the gate, and then turn. There are no knobs to turn; as you crank the Auto-Cut, the cutter blade automatically tightens. The cutter wheel has a spring loaded mechanism that
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design a recursive algorithm that will display whether it is possible to choose two integers from a list of integers such that the difference of the two equals a given value
Start the algorithm from scratch. Verify to determine if the value(s) currently being processed are identical to the base case. Rephrase the solution in terms of one or more manageable or straightforward sub-problems.
Utilize the algorithm to solve the subproblem. When formulating the response, combine the findings. Designers can shift their perspectives and relate their thinking to various subsystems at various scales through the use of recursive design processes. • Incorporating this method of thinking into design education is explored in the article in many ways. Recursion is the process of formulating a problem (or an issue's solution) in terms of (a more simplified version of) itself. For instance, if you are trying to find your way home, you should stop moving if you are already there.
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