an object's displacement is 1.02 ft directed at 33.7° ES.

The magnitude of the horizontal component is

and the magnitude of the vertical component is

with solution if you want please

The linear displacement of the wheel will be 1.5m.

Linear displacement is the measure of straight path covered by the object .

Rotating angular speed of the wheel = 2.0 rad/s

Radius of the wheel = 0.25 m

According to the angular speed and linear speed relationship, we can say that linear speed is the product of angular speed and the the radius of the object

V = linear velocity

r = radius of the wheel

ω = angular velocity

V = 0.25 * 2

V = 0.5 m/s

Also, speed is equal to distance upon time.

V = d/t

Time at wheel the the wheel's linear distance is to be found = 3 s

therefore d = V * t

d = 0.5 * 3

d = 1.5 m

The linear displacement of the wheel after 3.0 s is 1.5 m.

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We can conclude that Wemadeit is closer to our Sun than Waytoofar.

What is parallax angle ?

The parallax angle is the angle between the Earth one season of the year and the Earth six months later, as measured from a nearby star. Astronomers use this angle to determine the distance of this star from Earth. How do scientists measure this angle and from this information how do they know the distance to the star?

Since the earth revolves around the sun every year, every half year (6 months) it will be on the opposite side of what it was half a year ago. Because of this, nearby stars appear to move relative to distant "background" stars. You can see this effect when driving in the countryside. Nearby traffic signs appear to be moving fast, while distant buildings/trees, etc. appear to be moving slowly, but the sun is not moving at all! It wouldn't have happened otherwise.) Another example:

Hold the pencil at arm's length and look with one eye, then the other. Note that it changed position but didn't actually move. Your eyes model different locations on the earth. First on one side of the sun (nose), then on the other. Astronomers look up at the sky on a specific date and six months later to see how far nearby stars appear to be moving against the background. The angles at which these astronomers measure the motion of stars are actually the same angles they would see the motion of the Earth if they could travel to the stars. Scientists know how far the Earth has traveled in her six months (twice as much as the Sun does), so they have all the information they need to determine the distance to a star.

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Glycolysis, a pathways for the flow of electrons from glucose to oxygen in aerobic respiration.

The process of obtaining chemical energy for the body in the form of ATP is called respiration. In the process, chemical bond energy stored in various molecules is reduced or oxidized. The most commonly used substrate in this pathway is glucose.

Glucose is first converted to two molecules of pyruvate by a pathway known as glycolysis. The pyruvate produced is converted to acetyl-CoA and enters the Krebs cycle. In the Krebs cycle, acetyl-CoA is oxidized to form CO2, ATP, NADH and FADH2. NADH and FADH2 are used as reducing forces within the electron transport chain or ETC, oxidizing various enzymes and coenzymes within the ETC to synthesize ATP.

Therefore, the correct sequence of processes involved in aerobic cellular respiration is glycolysis, the Krebs cycle, and the electron transport chain.

So the correct answer is "glycolysis, Krebs cycle, electron transport system".

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The Net acceleration of the block is 5.62104907 m/s².

A block is positioned at the bottom of a ramp at a 35-degree angle. With a mass of 13.2 kg, it slides down the ramp with a coefficient of friction of 41 n.

The resistance that surfaces in contact provide to motion when they pass one another is referred to as friction. The two surfaces in contact are causing friction because of their irregularities. Therefore, these surface irregularities become entangled when one object moves over the other, creating friction. The friction will increase in significance as the roughness increases, creating more irregularities.

[tex]F=ma-----[1]\\\\F=mgsinx----[2]\\\\\\ma=mgsinx[/tex]

cancelling m both sides and finally the equation reduces to [tex]a=gsinx[/tex]

g=9.8m/s² , x= 35

a=9.8 sin 35

a=9.8 x 0.57357

=5.62104907 m/s²

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A sports car accelerates from 0 to 27 m/s. The mass of the car is  732.5kg.

initial speed of a car = 0m/s

final speed of the car = 27m/s

time taken = 6.3 seconds

then acceleration is calculated as:

acceleration = velocity / time

acceleration = (27 - 0)/6.3 = 27/6.3 = 4.24m/s²

The force exerted y a car = 3106 N

as we know

F = ma

where

F = force exerted

m = mass of the body

a = acceleration of a car

F = ma

3106N = m x 4.24m/s²

m = 3106 /4.24

m = 732.5kg

A sports car accelerates from 0 to 27 m/s. The mass of the car is  732.5kg.

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Thank you for the pointsss

A collision which is inelastic is one in which the internal energy changes. The entire kinetic energy is lost. The parameters listed are.

When two cars collide, one car's mass equals the second car's mass, or m.

Inelastic collision is the collision type. Each car's speed before the incident was v and -v. The final velocity following the contact is zero, making the collision a perfect example of an inelastic collision.

The negative symbol represents energy that is given out or provided. The energy lost is equal to mv2 (The total initial kinetic energy). As a result, all of the kinetic energy is lost.

When particles, collections of particles, or solid entities travel in the same direction and get close enough to one other, they collide and exert mutual force.

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Answer:

See below

Explanation:

First, find acceleration from  

F = m * a

then    vf = a * t     for the final velocity    ......   Plug and chug

The rate of increase in balloon radius is 0.12 cm/s.

Solution:

r^3 = 24×3/4

r^3= 18

r= √18

r= 2.62cm

∴ the rate of change in radius here is 2.62cm/s since π is constant.

The surface area of the sphere= 4πr^2

the surface area of the balloon is 30πcm^2

therefore 30π= 4πr^2

divide both sides by 4π

r^2= 30/4

r^2= 7.5

r=√7.5

r= 2.74cm

The rate of change in radius here is 2.74cm/s

As altitude increases atmospheric pressure decreases. The pressure on the outside of the balloon then drops. In order to balance the external pressure, the gas inside expands and lowers the pressure. Therefore, the size of the balloon increases. Gas particles exert pressure on the walls of the gas-filled container. When you inflate a balloon the air inside expands and exerts pressure on the walls of the balloon. This will increase the size of the balloon.

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An ecosystem is made of different species of animals, plants and the resources for their living. If we observe our surroundings, we can see many more types of living things with their own peculiarities.

Ecosystems in earth contains the region where living things and major resources exists. There are different ecosystems namely, forests,  aquatic systems, deserts, gralsslands, marshy lands etc.

If we observe around there are various kinds of plants and animals in water bodies as well as in land. They can their characteristic features and adapting powers.  They can be of same species or different, social living or isolated living.

We can classify water bodies as one ecosystem and land area and grass lands as other ecosystems.

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Answer:

1.96 m^2

Explanation:

F = m * a

10 = 5.1 * a

a = 1.96 m/s^2

A horizontal, 250-foot-long, 4-inch-diameter hose must have a minimum pressure of 65 psi at the outlet end (2) in order to comply with fire safety regulations.

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The reaction force applied by the floor of the elevator on the cardboard box is 93.1N.

The mass of the cardboard box is 4.75 kg.

The elevator is moving in the upward direction with an acceleration of g.

According to Newton's law of motion, each and every action has an equal and opposite reaction.

Now, the reaction force that is going to be applied on the box by the floor of the accelerating elevator will be equal to that of the weight of the box felt by the floor of the elevator.

The net acceleration of the box is (g+g),

Net acceleration = 2g.

Now, the weight W of the boc,

W =4.75(2g)

W = 4.75 x 2 x 9.8

W = 93.1 N.

The reaction force Fₙ₂ on the box is 93.1 N.

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Complete question-A cardboard box rest on the floor of the elevator. The box has a mass m = 4.75 kg and the elevator has an upward acceleration a,  if the elevator's acceleration had a magnitude of g in the upward direction, what would the normal force fn2 be in newtons?

If an extrasolar planet suddenly became more massive, but kept the same radius and orbit, peak velocity of the star would increase in the observed doppler shift of the star.

fo = [ ( v + vo ) / v + vs ) ] fs

fo = Observer frequency of sound

v = Speed of sound waves

vo = Observer velocity

vs = Source velocity

fs = Actual frequency of sound waves

If an extrasolar planet suddenly became more massive, but kept the same radius and orbit, time between peaks in the velocity of the star would decrease in the observed doppler shift of the star. This means that the peak velocity of the star would increase.

Therefore, the change in the observed doppler shift of the star is that the peak velocity of the star would increase.

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Answer:

Secondary succession

Explanation:

The diameter should of the double-walled tube be big for an ice box​ is increase the thermal temperature.

Double wall pipes are an important safety tool when storing liquids such as those used in the chemical wastewater food and beverage industries. The majority of jacketed piping applications are for chemical wastewater-contaminated groundwater and chemical process safety.

Tube wall thickness in excess of that required for internal stresses and known loads not only provides a margin of safety against unexpected loads but also increases survival time when corrosion or fatigue mechanisms are in action. increase. Single-layer tubing is lightweight, flexible, and can be installed quickly with less personnel and equipment. The double wall is a smooth inner double wall with a corrugated outer tube.

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Answer:

6a.

7c.

8c.

9a.

10b.

11d.

Explanation:

Let me know if I made any mistakes or if you want clarification :)

The instantaneous change in momentum brought on by something like a hammer strike is equal to the applied impulse, however the second law of newton did not state that F=ma (i.e., d2xdt2=1mF) in the Principial.

The modifications that a force can cause to a body's motion are quantitatively described by Newton's second law. According to this, the force acting on a body has an equal and opposite magnitude and rate of change in its momentum over time.

The formal formulation of Newton's third law is: There is an opposite and equal to every action. According to the statement, each interaction involves two forces acting on the interacting objects. The first object's force is equal to the size of the second object's force.

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Answer:

Explanation:

The mass of the emitted particle is the smallest in beta decay.

Beta decay is the flow of electrons, alpha decay is the flow of helium nuclei

During alpha decay, the mass of the emitted particle is the smallest compared to other types of radioactive decay.

In alpha decay, an unstable atomic nucleus emits an alpha particle, which consists of two protons and two neutrons bound together, effectively forming a helium-4 nucleus. This means that the alpha particle has a mass of approximately 4 atomic mass units (AMU).

In contrast, beta decay involves the emission of beta particles, which can be either beta-minus particles (electrons) or beta-plus particles (positrons). These particles have much smaller masses compared to alpha particles. For example, a beta-minus particle (electron) has a mass of approximately 0.00055 AMU, and a beta-plus particle (positron) has the same mass but opposite charge.

Gamma decay, on the other hand, does not involve the emission of particles with mass but instead releases high-energy photons (gamma rays) to stabilize the nucleus.

Hence, the alpha particle emitted during alpha decay has the smallest mass among the particles emitted during radioactive decay processes.

During alpha decay, the mass of the emitted particle is the smallest compared to other types of radioactive decay.

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The tension in the string = 83.2 N

Tension is defined as the pulling force transmitted axially by using a string, a rope, chain, or similar object, or by each end of a rod, truss member, or similar 3-D object; tension might also be expressed as the action-reaction pair of forces acting at each end of said elements. Tension is the opposite of compression. All objects in contact with each other exert forces on each other. The best example of pulling force is seen when pulling on a rope. When a pulling force is applied to a rope, it creates considerable tension.

Given,

Mass of object (m) = 0.650kg

Radius of object (r) =  0.5 m

Angular speed (ω) = 8.00 rad/s

T = mω²/r

T = 0.65 × 8²/0.5

T = 83.2 N

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Answer:

C  and D

Explanation:

Electrostatic force =  C q1 q2 / r^2

C = coulomb's constant      q = charge    r = distance between charges

   so you can see that   C and D will increase the force

Answer:

displacement=√50^2+50^2=70.71m

Explanation:

Distance traveled by the athlete=length of the arc

=d(theta)r

Here the athlete runs 3\4of a circle whose radius is 50 m

here, d(theta)=3(pi)/2rad

hence distance=3(pi)/2 x 50

=235.61 m

displacement=the chord between the initial point and the final point. it subtends an angle of 90degrees at the centre of the circle.

it forms a right angled triangle.

hence by Pythagoras theorem,

displacement=√50^2+50^2=70.71m

Ultraviolet radiation has shorter waves than blue or violet light, and thus oscillates more rapidly and carries more energy per photon than visible light does.

Infrared and ultraviolet radiation are the neighbors of visible light in the electromagnetic spectrum.Red light contains shorter waves than infrared radiation, which causes it to oscillate at a lower frequency and carry less energy.

One way energy travels is as visible light.Light waves are an example of electromagnetic (EM) radiation because they are produced by the vibration of electric and magnetic fields.

Although visible light is only one of many different types of electromagnetic radiation and only makes up a very small portion of the entire electromagnetic spectrum, it holds unique relevance for us because we can see it with our eyes.

The wavelength of light is between 400 and 700 nanometers (4,000 to 7,000 angstroms).Our eyes interpret the various light wavelengths as the hues of the rainbow.

Around 700 nm length, the waves of red light are comparatively long.The wavelength of blue and purple light is only 400 nm.

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The maximum acceleration of the beam is 12.18 g.

Centripetal acceleration is defined as the property of the motion of an object, traversing a circular path. The maximum centripetal acceleration is the rate at which the maximum angular velocity changes with time.

The centripetal acceleration is obtained by multiplying the radial acceleration by amplitude of the motion.

The maximum acceleration of the beam is calculated as follows;

a = ω²r

where;

maximum acceleration = ω²A

where;

The given parameters;

a(max) = (691.1²) x (0.25 x 10⁻³)

a(max) = 119.4 m/s²

In multiple of acceleration due to gravity (g) = 119.4 / 9.8 = 12.18 g

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If one ball's initial speed was 1.50 m/s , and the other's was 2.20 m/s in the opposite direction, There velocities after collision will be - 2.2  m/s and  - 2.9 m/s  

given :

masses of both the balls are same

using conservation of momentum

m1u1 + m2u2 = m1v1 + m2v2

m1 ( 1.50 ) + m2 * (-2.20) = m1v1 + m2v2

m (1.50) + m ( -2.20) = mv1 + mv2

-0.7 = v1 + v2         equation 1

since

u1 + v1 = u2 + v2

1.50 + v1 = (-2.20) + v2

v1 - v2 = - 3.7            equation 2

solving equation 1 and 2 we get

v1 = - 2.2  m/s

v2 = - 2.9 m/s

There velocities after collision will be - 2.2  m/s and  - 2.9 m/s  

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a ) The slowest and fastest object are object 2 and object 1 respectively

b ) In a vacuum chamber all objects will fall at the same time

c ) In normal conditions, a golf ball would land first.

a ) From the data taken from the table,

Object 1 lands after 1.1 s

Object 2 lands after 1.8 s

Object 3 lands after 1.3 s

Object 4 lands after 1.1 s

Eventhough object 1 and 4 land at same time, at 1 s mark object 4 has more height than object 1. So object 1 would land first

b ) If conducted in a vacuum chamber, there will be no air resistance,. So all the objects will fall at the same time.

c ) In normal conditions, there will be air resistance. So air resistance will be larger in the object with larger surface area. Feather has a larger surface area than a golf ball. So feather will fall slower than the golf ball.

Therefore,

a ) The slowest and fastest object are object 2 and object 1 respectively

b ) In a vacuum chamber all objects will fall at the same time

c ) In normal conditions, a golf ball would land first.

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⇒ In Earth the gravitational Constant is ≅9.81

To get the weight of the car we use the formula W=m×g

where W is the letter that represents the weight

m represents the mass of the car and g represents the gravitational constant.

[tex]W=1110*9.81\\W=10889.1[/tex]

⇒Weight is a force, therefore the unit of measurement is N which stands for Newtons.

⇒The car with a mass of 1110kg weighs 10889.1 N on Earth.

Answer:

Explanation:

A car of mass 1110 kg weigh:

F = m·g

F = 1110·10 = 11100 N = 11.1 mN

The kinetic energy at the bottom of the ramp is 2205 J.

The kinetic energy of an object is the electricity that it possesses because of its motion. Tt is defined because the work needed to accelerate a body of a given mass from rest to its stated velocity. Having won this power for the duration of its acceleration, the body maintains this kinetic electricity until its pace adjusts.

Kinetic energy is a form of strength that an object or a particle has by means of the cause of its motion. If work, which transfers electricity, is done on an object by way of applying an internet force, the item quickens and thereby gains kinetic electricity.

Calculation:-

KE = decrease in potential energy

= mg(h2 - h1)

= 75 * 9.81 * ( 4 - 1)

= 2205 J

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The formula used is related to echo formula under sound. The speed of light V is 2.9 × 10^8 m/s

Speed can simply be defined as distance travelled per time taken. it is a scalar quantity and it is measured in m/s

Given that a laser beam from Earth is reflected back from a mirror on the Moon in 2.60 s. If the distance between Earth and the Moon is 3.85 × 108 m.

The speed of light V = 2d/T

Where

Substitute all parameters into the formula

V = (2 × 3.85 × 10^8) / 2.6

V = 7.7 × 10^8 / 2.6

V = 296153846.2

V = 2.9 × 10^8 m/s

Therefore, the speed of light is  2.9 × 10^8 m/s

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The period of oscillation, if at a given time the magnitude of acceleration of a mass is 9 m/s² when its position is 4 meters from equilibrium is 4.188 s

Acceleration can be expressed as,

a ( t ) = - ω² x ( t )

ω² = a ( t ) / - x ( t )

ω² = 9 / - ( - 4 )

ω² = 9 / 4

ω = 3 / 2

ω = 1.5 rad / s

T = 2 π / ω

T = Time period

ω = Angular velocity

T = 2 * 3.14 / 1.5

T = 4.188 s

Therefore, the period of oscillation is 4.188 s

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