If a four-speed transmission car averages 30 miles per gallon and gasoline costs $4.00 per gallon, the maximum amount that should be paid for a fuel-efficient six-speed transmission is $453.
What is the explanation for the above results?We are given the following:
Total Fuel Cost when using traditional transmission = Miles Per Year / Miles Per Gallon x Per Gallon Cost
= Miles/year
= 120000 / 10 = 12,000 miles
Hence the Total Fuel Cost = 12000/30 x 4
= $1,600
With 6 speed , miles per gallon = 30 x (1+ 0.04) = 30* 1.04 = 31.20 MPG
Hence the reviewed Cost = 12000 / 31.20 * 4 = $1,538.50
This means that Yearly Savings in cost = 1,600 - 1538.50
= $61.50 per year
Hence, every year we save $61.50
Therefore, the maximum amount that will be paid extra is the present value of all the savings where n =10 and i = 6%
So, PVIFA (n=10 , i=6%) = 7.3601
So Present Value of Cash Flows = 61.50 x 7.3601 = 452.64615
[tex]\approx[/tex] $ 453
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during this period, which value best approximates the average value of the san lorenzo river's discharge in cubic feet per second (cfs)?
The total annual discharge of the San Lorenzo River, as recorded at the stream gage near Felton, was almost 400 cubic feet per second (cfs).
ExplanationJust before the Boardwalk, the San Lorenzo River flows through the center of Santa Cruz to the Monterey Bay. Along the river in the Boardwalk and downtown regions is the San Lorenzo Riverway Trail. San Lorenzo Park is located on the northern edge of city, close to the river. In the past, logs from the Santa Cruz Mountains were transported by the river. (To the headwaters of the San Lorenzo River from Felton through a flume.) Over time, the river has receded due to increased water demand. The water moves at a rate of roughly 10 cubic feet per second in the summer. On December 23, 1955, a maximum discharge of 30,400 cubic feet per second was recorded. The Army Corps of Engineers built the current levees by 1959. They
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The reverse leakage current of a transistor when connected to CB configuration is 0.2A and it is 18A when the transistor is connected in CE configuration. Calculate α DC and β of the transistor. 1B=13A
Answer:
0.988 and 89
Explanation:
which would be best choice to secure a large gear (5-ft diameter) to the input shaft on a large stamping press ?
The three varieties of power transfer from a shaft to a nearby shaft are as follows.
clutch, gear drive, and belt drive
direct coupling, gear drive, and clutch
Brakes. The friction brakes used to stop or hold a slide movement must be intrinsically self-engaging, meaning they need power or force from an outside source to disengage. The slide's brake capacity must be high enough to hold the slide gear drive and its attachments at any point during travel and be powerful enough to immediately halt the slide's motion.When removing, deactivating, or energizing the external clutch engaging means, the clutch must release and the brake must be engaged.
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wt steel shape is produced by cutting a wide flange beam lengthwise in half. group of answer choices true false
It is true that wt steel shape is produced by cutting a wide flange beam lengthwise in half.
A beam is a structural component that resists loads mostly applied laterally to its axis (an element designed to carry primarily axial load would be a strut or column). Its primary method of deflection is bending. Reaction forces are produced at the beam's support points as a result of the loads placed on it.
As a result of all the forces operating on the beam, internal stresses, strains, and deflections of the beam are caused by shear forces and bending moments within the beams. Beams differ from one another in terms of how they are supported, their profile (the form of their cross-section), equilibrium circumstances, length, and material.
Beams are typically used to describe structural elements in buildings or civil engineering when the beams are horizontal and support vertical loads.
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Motor oil has different ratings depending on how readily it flows. This property depends on how much attraction is present between its particles. Which property of a liquid does this illustrate?.
The viscosity of a liquid is a characteristic that does demonstrate the attraction between its particles.
What is viscosity ?The resistance of a fluid to deformation at a specific rate is measured by its viscosity. It is equivalent to the informal term "thickness" for liquids; syrup has a higher viscosity than water, for instance.The internal frictional force between neighbouring fluid layers that are moving relative to one another is measured by viscosity. A viscous fluid, for instance, flows more swiftly near a tube's axis than it does near its walls when the fluid is driven through the tube.The state of a fluid, including its temperature, pressure, and rate of deformation, affects its viscosity. In some circumstances, the dependence on some of these traits is minimal.Various viscometer and rheometer types are used to measure viscosity. When a fluid cannot be described by a single viscosity value and more parameters need to be set and measured than in the case of a viscometer, a rheometer is used.To learn more about viscosity refer :
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what material property would still cause strain in a strain gauge that is positioned perpendiclator to the direction of force if it were fully bonded in a high strain region of the sepcimen if this occurs then the set up must be calculated as a two active gauge set up will this set up continue to compensate for the environemental factor
Ductility is the material property would still cause strain in a strain gauge that is positioned. Understanding how an object responds to different forces is necessary for mechanical testing and measurement.
A material's ductility refers to its capacity to withstand plastic deformation or drawing without breaking. As a result, it provides information on how "soft" or pliable the material is. The types and concentrations of alloying elements present affect the ductility of steels in different ways. A material is said to be malleable if it is easy to hammer out a thin sheet of the material. The most malleable metal is gold. The ability of a solid material to deform when subjected to tensile stress is known as ductility.
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the hydraulic gradient is: group of answer choices the permeability of the rock. the slope of the water table. the increase in temperature with depth. the rate of flow of groundwater.
Groundwater moves in the direction of maximum decreasing total head under the influence of the hydraulic gradient.
Explain about the hydraulic gradient?The change in water level per unit of distance along the direction of highest head drop is known as the hydraulic gradient (1), which is the slope of the water table or potentiometric surface.
If the gradient is negative, which means the hydraulic head is lower at depth, there is an indication of a downward flow component. The hydraulic head is higher at depth if the gradient is positive, on the other hand, which denotes an upward flow component. The gradient's size tells us a lot about its importance.
This vector depicts the flow direction of groundwater, with zero denoting "no flow" and negative values denoting flow along a dimension.
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) for laminar flow in a round 10-cm-diameter pipe, at what distance from the centerline (in cm) is the actual velocity equal to the average velocity?
When the acceleration is zero or the speed is constant, instantaneous and average velocities can both be equal. This is because all instantaneous velocities will be equal in this situation.
Explain about the Actual velocity?After the control filter and display filter have been applied, the filtered value that remains is known as the Actual Velocity. The Actual Velocity (Unfiltered) status register provides the unfiltered value, and the Actual Velocity (Control) value provides the first filtered value.
To calculate the velocity, multiply the distance travelled by the time needed to traverse that distance, then add direction. If one's position doesn't change, their velocity is zero.
Velocity is essentially a vector quantity. It is the rate of change in distance. The displacement change rate is the issue. A moving object can never move more slowly than it is moving. An object in motion can move at zero velocity.
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concrete must be compacted in the forms to eliminate trapped air and to fill completely around the reinforcing steel and into all the corners of the formwork. what tool is used to accomplish this?
A vibrat0r is a tool used to accomplish this.
A vibrat0r is a concrete tool that generates stronger concrete by strenuously shaking the concrete right after it is poured to eliminate the air pockets or air bubbles. The vibrat0r forces the trapped air out of the mixture making the final product a level slab and more compact.
According to the given context where concrete is compacted in the form in order to eliminate trapped air and fill around the reinforcing steel and into all of the corners of the framework. The tool named vibrat0r can be used to serve the purpose.
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technician a says that electrons in a fuel cell flow from the cathode to the anode. technician b says that electrons in a fuel cell flow from the anode to the cathode. which technician is correct?
According to technician b, in a fuel cell, electrons move from the anode to the cathode. is accurate in its assertion.
What is anode and cathode?At the anode, there is an oxidation reaction. This electrode would accumulate electrons as the oxidized species would lose electrons. As a result, the anode is negatively charged. In contrast to the cathode, the reduced species would get electrons in the reduction response. As a result, the electrode, or cathode, is positively charged because it is electron-free.Oxidation and reduction always take place at the anode and cathode, respectively. (Vowels go with other vowels; consonants go with other consonants.)Therefore, regardless of the type of cell you are dealing with, the chemicals that are oxidized send the electrons onto the external circuit at the anode, where they then move through the circuit from the anode to the cathode, where they are picked up by the chemicals that are being reduced.To learn more about anode and cathode refer to:
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List 5 cutting actions of sawing machines
pls help
Thin metal blades or flexible bands with teeth on one edge, thin grinding wheels, or thin metal disks with teeth on their edges can all be used as sawing machine cutting tools.
What is sawing machine?Sawing machine is defined as a device for cutting forms out of raw material plates or cutting apart bars of material. It is used to sever material, usually wood, but occasionally metal or stone. The material is cut by pressing the toothed edge against it and pushing it swiftly forward, slowly backward, or continually forward.
Rotating blades, reciprocating blades, and circulating blades are the three basic types of power sawing machines.
Thus, thin metal blades or flexible bands with teeth on one edge, thin grinding wheels, or thin metal disks with teeth on their edges can all be used as sawing machine cutting tools.
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technician a says that a vehicle with a modified suspension may need an aftermarket kit installed to achieve the specified alignment settings. technician b says that the radar cruise control may have to be recalibrated if aligning a vehicle equipped with an electronic suspension. which technician is correct?
Both technician A and technician B are correct.
Some vehicles may require the installation of aftermarket kit alignments when the suspension is modified. This helps to properly adjust the alignment settings. Therefore, technician A is correct who states that in order to achieve the specified alignment settings, a vehicle with a modified suspension may need an aftermarket kit installed.
Alignment of vehicles done through an electronic suspension may need that recalibrated radar cruise control. Thus, technician B is also correct who says that in the alignment of a vehicle equipped with an electronic suspension, the radar cruise control may have to be recalibrated.
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the model that resembles a systems approach with inputs at the base, processes in the center, and outputs at the top is known as the:
The model that resembles a systems approach with inputs at the base, processes in the center, and outputs at the top is known as the team Leadership Model.
What Is a Leadership Model?A leadership model is a conceptual framework for the most effective personnel management.It often offers a commensurate, effective way of responding to organizational and employee demands. Interviews, discussion, openness to viewpoints from the public and private sectors, and individuals from all levels of an institution's structure are all components of a systems approach. A leader's method for giving instructions, carrying out strategies, and inspiring people is referred to as their leadership style.There are three primary leadership styles, according to study conducted in 1939 by psychologist Kurt Lewin and his team: authoritarian (autocratic), participative (democratic), and delegative (Laissez-Faire).To learn more about systems approach refer
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A vehicle can hydroplane in speeds as low as __ mph.
Answer:35
Explanation:
If a microhydro dam generates 1 mw of power, how much energy will it produce annually?.
8.76 MUs of energy will be produced yearly by the micro-hydro dam.
What is a dam?A dam is a physical obstruction that slows or restricts the flow of subsurface or seawater. Dam-created reservoirs offer freshwater for uses.
Taking into account that the micro-hydro dam produces 1 MW of power
To estimate how much energy this will yearly generate.
There is one unit of electricity per kwh ( kW hours)
A 1000 KW plant becomes a 1 MW plant.
The quantity of toward the in a day when a plant runs continuously at maximum capacity is:
24000 Kwh, approximately 24000 units, is equal to 1000 KW multiplied by 24 hours. Units made during a specific year.
When 1000 KW is multiplied by 24 hours and 365 days, the result is 8,760,000 Kwh, or 8.76 Million Units (MUs).
The micro-hydro dam will generate 8.76 MUs of energy every year.
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The tactile system is the sensory system that refers to the sense of touch. Please select the best answer from the choices provided t f.
True is the correct response. The task of processing touch data from the body falls on the tactile system.
Through neurological connections to the spinal cord, brain stem, and thalamus, the body transmits tactile data to the somatosensory cortex.
The trigeminal system, which causes somatosensory feelings, and the primary olfactory system, which produces scent sensations, make up the olfactory system at the anatomical level (tactile, thermal, pain, humidity). The third component, referred to as the "vomeronasal organ," is positioned behind the nostril opening. Because the afferent nerve of the vomeronasal organ in humans stops functioning by the 18th week of fetal development, the organ stays in a primitive state.
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which of the following is not a performance technique developed by stanislavski? multiple choice through line biomechanics concentration and observation magic if
Through line biomechanics concentration and observation magic if International Society of Biomechanics in sports.
What is "International Society of Biomechanics in sports"?The recently developed professional association in biomechanics is the "International Society of Biomechanics in sports".It is the professional association in bio-mechanics.
It is an international society which is dedicated to bio-mechanics to sports. The main purpose of the society is to understand and study the human movement and its relation to sport bio-mechanics. They provide information regarding bio-mechanics in sports.
Therefore, Through line biomechanics concentration and observation magic if International Society of Biomechanics in sports.
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briefly cite the differences between the recovery and recrystallization processes. explain the differences in grain structure for a metal that has been cold worked and one that has been cold worked and then recrystallized
While primary recrystallization proceeds discontinuously by the formation, recovery describes the gradual re-ordering and destruction of the stored dislocations.
High-angle grain boundaries that sweep the deformation substructure infrequently. After cold plastic deformation and/or during hot working, RECOVERY, RECRYSTALLIZATION, AND GRAIN GROWTH are microstructural changes that take place during annealing. Because they return the microstructural configuration to a lower energy level, these three mechanisms are commonly referred to as restoration processes. Recovery is crucial for removing internal stresses from forged, welded, and manufactured equipment without reducing the strength developed during and after use. The most crucial technique for cleaning nonvolatile organic materials is recrystallization. The process of recrystallization requires dissolving the solute, which needs to be purified, in a suitable hot solvent.
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A five star hotel has a very high grand ceiling with intricate carvings on it. As people enter the hotel and look at the ceiling, they see a huge chandelier whose lights enhance the carvings on the ceiling. Which structural element is preventing the chandelier from causing cracks on the roof?.
The plate structural element is preventing the chandelier from causing cracks on the roof.
Structure elements of buildings refer to those elements which provide certain support to the design and survival of the building. Plate structural element is one such element that is used in construction.
Based on the given scenario in the statement, where a five-star hotel is designed with a very high grand ceiling with intricate carvings. Upon entering the hotel, people look at the ceiling and find huge chandelier lights enhancing the carvings on the ceiling. The plate structural element is used on the ceiling that prevents the chandelier from causing cracks on the roof.
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The voltage difference in a graphing calculator is 6V and the resistance is 1200 what is the current through the batteries of the graphing calculator?
The current through the batteries of the graphing calculator is 0.005 A
How to calculate current through the batteries of the graphing calculator?The potential difference in charge between two sites in an electrical field is quantified as voltage, also known as electromotive force.
When charged electrons (current) are forced through a conducting loop by the pressure of an electrical circuit's power source, they can perform tasks like lighting a lamp. In a nutshell, voltage is measured in volts and equals pressure.
The derived unit for electric potential, voltage, and electromotive force is the volt (symbol: V). The Italian physicist Alessandro Volta (1745–1827), who created the voltaic pile, conceivably the first chemical battery, is honored by having his name attached to the volt.
Given ,
I = ?
V = 6V
R = 1,200 Ω
I = 6V / 1,200 Ω
I = 0.005 A
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a 3105 aluminum plate previously cold worked 23% is 2-in thick. it is then cold worked further to 1.4 in. calculate the final elongation.
Answer:
Explanation:
x
technician a says that cylinder components are the most highly stressed parts of the diesel engine. technician b says cylinder pressures can now exceed 3000 pounds per square inch (psi) (20,684 kilopascals [kpa]) of force. who is correct?
Only technician A is correct because cylinder components are the most highly stressed parts of the diesel engine but cylinder pressures can NOT exceed 3000 pounds per square inch (psi) at this time.
What are the facts that prove the above?The findings of the nonlinear static analysis revealed that the high-stress area was situated in the crack start zone while the engine was operating at maximum power.
Peak cylinder pressures near TDC (where spark occurs) will be in the 300 psi range for light load engines, 1000 psi for full-power production engines, and 1500 psi or higher for race engines.
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Which of the following methods is used to notify a provider of the denial of a claim by an insurance carrier?
A. Remittance advice
B. Coordination of benefits
C. Eligibility for insurance
D. CMS-1500 claim form
Answer:
A:Remittance advice
Explanation:
technician a says that in the event of a total failure of the primary circuit in an fmvss-121 compliant tractor-trailer combination, the rig is designed to be brought safely to a complete stop. technician b says that in the event of a total failure of the primary circuit the relay section of the treadle valve will be actuated mechanically. who is correct?
A technician is a worker in the technology industry who possesses the necessary knowledge, abilities, and skills as well as a practical comprehension of the theoretical underpinnings.
Who is technician?Expert technicians in a certain tool domain often have expert competency in technique and a moderate comprehension of theory.
As a result, technicians in that sector of technology are typically significantly more knowledgeable about technique than the average layperson and even general professionals.
For instance, although not as knowledgeable in acoustics as acoustical engineers, audio technicians are more adept at using sound equipment and are likely to know more about acoustics than other studio staff members, such as performers.
Therefore, A technician is a worker in the technology industry who possesses the necessary knowledge, abilities, and skills as well as a practical comprehension of the theoretical underpinnings.
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assume the skin friction drag on the airfoil is essentially that for a flat plate with the boundary layer being laminar and incompressible. what percentage of the total drag is due to skin friction?
Preliminary studies found that skin friction drag accounts for between 20 to 40% of overall drag.
Explain about the skin friction?Aerodynamic drag, which is a resistive force applied to an object moving in a fluid, includes skin friction drag.
The viscosity of a fluid as it passes across a surface is what creates skin friction. Its size is determined by the fluid's viscosity, the amount of wetted (or total) surface area in contact with it, and the degree of roughness of the surface.
Skin friction is important because it plays a role in the erosion of sediment particles from the water-bed boundary condition. Regarding the vertical mixing of the sediment over the water depth, form drag-related turbulence (separation-induced eddies, etc.) is significant.
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a homeowner in raleigh, north carolina, wants to install a wind turbine in his backyard to augment electrical power from the grid. a local supplier states that the combined efficiency of their turbines is approximately 0.28. how much electrical power can this turbine generate for a wind speed of 18 m/s if the turbine blade diameter is 6 m?
Answer:
5.68ugs
Explanation:
raising (increasing the elevation of) the outer edge of a road with respect to inner edge is known as
Superelevation is a type of infrastructure building utilized in roadway curves where the outer edge of the pavement is raised above the inner margin.
What do you mean by superelevation?Superelevation is the banking of a road along a horizontal curve to allow vehicles to pass through the curve safely, pleasantly, and at a respectable pace. Speeds rise and tighter horizontal curves necessitate a steeper superelevation rate.The pavement rotating as it approaches and passes through a horizontal curve is known as superelevation. The purpose of superelevation is to help the driver by reducing the lateral acceleration brought on by following the curve.Superelevation is a type of infrastructure building utilized in roadway curves where the outer edge of the pavement is raised above the inner margin. It's a crucial safety component in the design requirements of any road with curves and refers to a feature of the vertical alignment or "profile" of a road when examined in cross-section.To learn more about Superelevation refer to:
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given an input clock signal at 10 mhz, what frequency would a[0] alternate? what frequency would a[1] alternate?
To make a counter, D Flip-Flops and adders will be used. A 4-bit
What frequency would a[0] alternate at given an input clock signal of 10 mhz? a[1] would alternate at what frequency?
Applying foam is another component of the overall foam strategy that, if not done correctly, can result in injury and property loss. So far, we've talked about creating a foam setup with the right nozzles, appliances, and hoselays.
We've talked about concentrate types and application rates, as well as expansion ratios and foam drain time. Now it's time to apply the finished foam to the spill or fire.
We've said it before in this series, and it's so important that we'll say it again. As with any potential fire, we should always supply the bare minimum of finished foam.
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how does a typical stream vary along its longitudinal profile (variation of elevation along length)? what is a base level?
The grade or slope of a stream is known as the stream gradient (or stream slope), and it is determined by the ratio of elevation change to horizontal distance. The base level of the stream is the threshold below which erosion of the soil is prohibited.
How long are most streams on average?The longitudinal profile identifies average stream slopes and the depths of riffles, pools, runs, glides, rapids, and steps. For developing ratios, the normalization parameter is the average water surface slope, which is necessary for defining stream kinds.The grade or slope of a stream is known as the stream gradient (or stream slope), and it is determined by the ratio of elevation change to horizontal distance. This ratio is typically stated in meters per kilometer or feet per mile.When a stream abruptly changes gradient by emptying into a lake, an ocean basin, or a flat-floored basin, the stream's velocity will drop, causing sediment that can no longer be transported to be deposited there.To learn more about Stream gradient refer to:
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when conduit is not used in new residential low-voltage construction, cables can be pulled through the finished wall by the use of a . select one: a. mud ring b. closed box c. sleeve d. ceramic tube
the correct answer is option (d) ceramic tube.
A ceramic tube is most commonly used in industrial high temperature applications, and electrical and thermal insulations. Our high temperature ceramic tubes include alumina, silicon carbide, and quartz choices that have excellent thermal, anti-shock, anticorrosion, and extreme high temperature resistance properties. The uniform dimensional stability of ceramic tubing offers optimal insulation while providing reliable protection.
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