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Answer:

17.8 x 10^29 J

Explanation:

The kinetic energy (KE) of an object can be calculated using the formula:

KE = 0.5 * m * v^2

where m is the mass of the object and v is its velocity.

In this case, the mass of the asteroid is 2.6 x 10^21 kg, and its velocity is 14900 m/s. Plugging these values into the formula:

KE = 0.5 * 2.6 x 10^21 kg * (14900 m/s)^2

KE = 0.5 * 2.6 x 10^21 kg * 22.11 x 10^7 m^2/s^2

KE = 0.5 * 2.6 x 10^21 kg * 22.11 x 10^7 m^2/s^2

KE = 17.8 x 10^29 J

The asteroid possesses 17.8 x 10^29 J of kinetic energy.

Aɳʂɯҽɾҽԃ Ⴆყ ɠσԃKEY ꦿ

The value of the point charge is zero.

What do you mean by charge?

Charge, also known as electric charge, electrical charge, or electrostatic charge and denoted by the symbol q, is a property of a unit of matter that indicates how many more or fewer electrons than protons it contains.

When a subatomic particle is exposed to an electric and magnetic field, its electric charge causes it to feel a force. There are two sorts of electric charges: positive and negative. The electric field outside the sphere is the same as the field from a point charge with a net charge of Q, according to Gauss' law, whereas the electric field inside the sphere is zero. For a solid or hollow sphere, this conclusion holds valid.

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According to the question, the coefficient of friction is found to be 0.138.  It is the ratio of the frictional force resisting the motion of two surfaces in contact to the normal force pressing the two surfaces together.

The coefficient of friction may be defined as a measure of the amount of friction that is significantly existing between two surfaces. When you find a coefficient of friction, you're calculating the resistance to motion at the interface of two surfaces of similar or dissimilar materials.

According to the question,

The force, F = m × a = 1.70 kg × 8.79 = 14.94 N.

The formula for calculating the coefficient of friction is as follows:

Therefore, the coefficient of friction is found to be 0.138.

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The largest object in the asteroid belt is ceres with a radius of 470 km and a mass of [tex]9.384*10^2^0 kg[/tex]. The weight of a 160. kg astronaut standing on ceres is 43.2 N.

The weight of the astronaut on Ceres can be calculated using the formula:

w = m * g

here,

w is weight of the astronaut,

m is mass of the astronaut, and

g is gravitational acceleration on Ceres.

The gravitational acceleration on Ceres:-

[tex]F = G * (m1 * m2) / r^2[/tex]

here,

F is gravitational force between two objects,

G is gravitational constant,

m₁ & m₂ are masses of the two objects, and

r is distance between them.

For an object of mass m near the surface of a spherical object of mass M and radius R, the distance r can be approximated as (R + h).

For Ceres, the gravitational acceleration:-

[tex]g = G * M / R^2[/tex]

here,

G is gravitational constant,

M is mass of Ceres, and

R is radius of Ceres.

Reserving values given:-

[tex]g = (6.67430 × 10^-^1^1^ ^m^3/(kg s^2)) * (9.384 × 10^20 kg) / (470000 m)^2[/tex]

[tex]g = 0.27 m/s^2[/tex]

Now, weight of the astronaut as:

w = m * g

[tex]w = 160 kg * 0.27 m/s^2[/tex]

w = 43.2 N

Therefore, the weight of a 160 kg astronaut standing on Ceres is approximately 43.2 newtons.

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Answer:

the average speed of the airplane is 560 miles per hour.

Explanation:

To calculate the average speed of an airplane, you need to divide the total distance it travels by the total time it takes to travel that distance.

In this case, the total distance is 1400 miles and the total time is 2 and a half hours, so we can calculate the average speed as follows:

Average Speed = Total Distance / Total Time

Average Speed = 1400 miles / 2.5 hours

Average Speed = 560 miles per hour

The correct statement is B.

A higher mode number means a shorter wavelength.

What is Wavelength?

Wavelength is an important characteristic of all types of waves, including electromagnetic waves (such as light and radio waves) and mechanical waves (such as sound waves and water waves). In general, the wavelength of a wave is determined by the source of the wave, the medium through which it travels, and the frequency of the wave.

The correct statement is B. A higher mode number means a shorter wavelength.

In both cases, the mode number refers to the number of segments, or nodes, into which the wave can be divided. The wavelength, on the other hand, refers to the distance between two adjacent peaks or troughs of the wave.

When the mode number increases, the number of segments or nodes in the wave increases, which means that the wavelength must decrease in order to maintain the same frequency of the wave. This is because the total length of the string or tube remains the same, and so the length of each segment must decrease as the number of segments increases. Therefore, a higher mode number corresponds to a shorter wavelength.

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Mass in motion is quantified by momentum, which is the measure of how much weight is moving. It typically has the sign math

What does motion mean in mathematics?

In mathematics, movement, distance, velocity, impulse, and speed are used to explain motion. By securing a reference point to the environment or the observer, a body's motion can be seen. A body's motion is quantified by tracking how its location changes in relation to the perspective it occupies.

What types of motion may an object make?

The force acting on a body determines how it moves. These are some examples of various motion types. Translational: When an item goes along a route across all 3 components, it is of this type. Rotational: This sort of movement involves an object moving in a circular motion around a fixed axis.

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Answer:

51 km/hr

Explanation:

car:  KE = 1/2mv² = 1/2(1000 kg)(15 km/hr)² = 112500

truck:  KE = 23(112500) = 2587500

KE = 1/2mv²  →   v² = 2(KE)/m  →   v = √2(KE)/m

v = √2(2587500)/(2000 kg) = 50.9 ≈ 51 km/hr

Answer:

 Kinetic energy plus potential energy equals total mechanical energy. The equation for this is KE + PE = Total Mechanical Energy, where KE is kinetic energy, PE is potential energy, and Total Mechanical Energy is the total amount of energy present.

A temperature difference (T) is the result of subtracting two independent isolated temperature measurements or measuring the amount of temperature rise or decline.

The two layers are the same thickness, but the materials are not. A's thermal conductivity is double that of B's. The temperature difference between the two ends of the wall in thermal equilibrium is 36o C. Determine the beginning and end temperatures, as well as the sample mass and energy provided. Subtract the end and starting temperatures to get the temperature change (T). Multiply the temperature difference by the mass of the sample. Distribute the heat/energy supplied by the product.

To calculate the temperature difference, just subtract the smaller figure from the bigger one, in this example 19 degrees Celsius from 25 degrees Celsius. This results in a six-degree Celsius temperature differential.

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The acceleration of the car is [tex]11.63 m/s^2.[/tex] The force produced by the car is 4,876.4 Newtons.

To find the acceleration of the car, we can use the formula:

acceleration = (final velocity - initial velocity) / time

In this case, the initial velocity is 0 m/s, the final velocity is 50 m/s, and the time is 4.3 s. Substituting these values into the formula, we get:

acceleration = (50 m/s - 0 m/s) / 4.3 s =[tex]11.63 m/s^2[/tex]

Therefore, the acceleration of the car is[tex]11.63 m/s^2.[/tex]

To find the force produced by the car, we can use Newton's second law of motion, which states that force is equal to mass times acceleration:

force = mass x acceleration

In this case, the mass of the car is 420 kg, and the acceleration is 11.63 m/s^2. Substituting these values into the formula, we get:

[tex]force = 420 kg \times 11.63 m/s^2 = 4,876.4 N[/tex]

Therefore, the force produced by the car is 4,876.4 Newtons.

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Answer:

1 mm

Explanation:

To find the gap between the metal rods that would allow the bridge to withstand a temperature change from 25°C to 75°C, we need to calculate the increase in length of the metal rods due to thermal expansion.

The linear expansivity of most metals is around 10^-5 / K. So, the increase in length of each metal rod can be calculated as:

ΔL = α * L * ΔT

where α is the linear expansivity, L is the initial length of the rod (20 cm), and ΔT is the change in temperature (75°C - 25°C = 50°C).

Converting the units to SI units, the initial length of the rod becomes 0.2 m and the change in temperature becomes 50 K. So, the increase in length of the rod becomes:

ΔL = 10^-5 / K * 0.2 m * 50 K = 0.001 m = 1 mm

So, the gap between the metal rods should be at least 1 mm to allow for the thermal expansion of the metal rods and avoid buckling or breaking of the bridge under the temperature change from 25°C to 75°C.

θ = 49.3° at this angle she hit the ball.

The initial velocity of the ball can be broken down into its x and y components:

Vₓ = 50 * cos(θ)

Vy = 50 * sin(θ)

The ball's position can be found using the kinematic equations for constant acceleration due to gravity:

[tex]X = V_{x} * t\\Y = V_{y}* t - (\frac{1}{2}) * 9.81 * t^{2}[/tex]

Since we know the ball's final position is 100 m, we can set these equations equal to 100 and solve for t:

[tex]100 = V_{x} * t\\100 = V_{y} * t - (\frac{1}{2}) * 9.81 * t^{2}[/tex]

From here, we can solve for the angle θ. Rearranging the initial velocity equation:

Vy = 50 * sin(θ)

We can substitute this into the equation for Y, and solve for θ:

θ = [tex]arcsin\frac{(2*(100 + (\frac{1}{2})*9.81*t^{2}))}{(50*t)}[/tex]

After solving the equations for t, we can plug that value into this equation for θ and get the angle at which the ball was hit.

The answer is θ = 49.3°

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A circuit in which two light bulbs with equal resistance values are connected in parallel. if one of the light bulbs burns out, By factor (2) is the brightness of the other bulb multiplied.

When two identical light bulbs are connected in parallel, the total resistance of the circuit is half of the resistance of each individual bulb. If one of the bulbs burns out, the total resistance of the circuit doubles, which means that the current through the remaining bulb is halved. The brightness of a light bulb is directly proportional to the current passing through it, so the brightness of the remaining bulb will be reduced by a factor of 2.

I = V/R

If both bulbs have the same resistance R and the same voltage V is applied to each, then the current passing through each bulb is:

I = V/R

When both bulbs are connected in parallel, the total current in the circuit is the sum of the currents through each bulb:

[tex]I_t_o_t_a_l = I_1 + I_2[/tex]

here,

[tex]I_1[/tex] & [tex]I_2[/tex] are currents passing by each bulb.

Reserving Ohm's law:-

[tex]I_t_o_t_a_l = V/R + V/R[/tex]

Simplifying:-

[tex]I_t_o_t_a_l = 2V/R[/tex]

The power P dissipated by each bulb is given by:

[tex]P = IV = V^2/R[/tex]

So the brightness of each bulb is proportional to [tex]V^2[/tex]. If one bulb burns out, the voltage across the remaining bulb remains the same, but the resistance of the circuit doubles, so the current passing through the remaining bulb is halved. This means that the power dissipated by the remaining bulb is reduced by a factor of 2, which corresponds to a reduction in brightness by the same factor. Therefore, the brightness of the remaining bulb is reduced by a factor of 2.

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A window pane would gain heat the fastest

We have to note that the heat capacity of the material would be very important to know the object that would be able to gain the heat fast. If the object is gaining the heat fast, it means that it has a low specific heat capacity.

Again the window pane does have a low specific heat capacity and is able to absorb heat and the temperature would rise faster causing the object to gain heat the fastest as we can see from the explanation here.

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The required tension in the rope if he climbs at constant speed is said to be 583.7 N.

The mass of the gymnast is given as 59.5 kg.

It is said that he climbs a rope at constant speed. This speed is to be calculated.

An object is said to be moving at a constant pace when it covers the same distance in the same amount of time. When moving at a constant pace, an object covers a fixed distance in a fixed amount of time.

The action-reaction pair of forces operating at either end of the aforementioned elements can also be thought of as tension. A string, rope, chain, or other similar object, or both ends of a rod, truss member, or other equivalent three-dimensional object, transmits tension when they pull in the same direction.

Drawing a free-body diagram has allowed us to:

T - m g = 0

T = m g = 59.5(9.81) = 583.7 N

Thus, the tension in the rope if he climbs at constant speed is said to be 583.7 N.

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The range of distance before and behind the main focus distance is referred to as the depth of field.

The depth of field is determined by several factors, including aperture size, focal length, and distance to the subject. Generally, the depth of field is greater behind the main focus distance than in front of it. The distance before the main focus distance is referred to as the near focus limit, and the distance behind it is referred to as the far focus limit. The depth of field is an important consideration in photography and videography as it affects the sharpness and clarity of the final image or video. It can be adjusted by changing the aperture size, focal length, or distance to the subject. The range of distance before and behind the main focus distance is referred to as the depth of field.

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The Momentum is the product of mass and velocity.

Momentum is a measure of an object's motion. It is defined as the product of an object's mass and its velocity. In physics, momentum is a conserved quantity, which means that the total momentum of a closed system remains constant unless acted upon by an external force.

Final momentum of Ax = 1 * 2 * cos 30 = 1.73 Kgm/s

Final momentum of Ay =  1 * 2 * sin 30 =1 Kg m/s

Final momentum of Bx = 1 * Vs * cos 30

Final momentum of By = 1 * Vy * sin 30

The velocity is then;

1 * 5 + 0 = (1 * 2) + (1 * vs)

5 = 2 + vs

Vs = 3 m/s

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Mr. Colb's acceleration down the hallway is 0.91 m/[tex]s^2[/tex] as per the given data.

Acceleration is the rate at which the speed and direction of a moving object vary over time. A point or object going straight ahead is accelerated when it accelerates or decelerates.

To calculate Mr. Colb's acceleration down the hallway, we can use the formula:

a = (F - f) / m

a = (F - f) / m

a = (950 N - 100 N) / (950 kg * 9.81 m/[tex]s^2[/tex])

a = 0.91 m/[tex]s^2[/tex]

To calculate how far from the base of the wall Mr. Colb lands, we can use the equations of motion for a projectile:

y = yo + voyt + 0.5a[tex]t^2[/tex]

x = xo + voxt

y = yo + voyt + 0.5a[tex]t^2[/tex]

3.7 m = 0 m + 0 m/s * t + 0.5 * 9.81 [tex]m/s^2[/tex] x [tex]t^2[/tex]

t = 0.89 s

Now we can use the horizontal equation of motion to calculate how far Mr. Colb travels horizontally in 0.89 s:

x = xo + vox x t

x = 0 m + 2.8 m/s x 0.89 s

x = 2.49 m

Thus, Mr. Colb lands 2.49 meters away from the base of the wall.

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The total lift capacity of a balloon is determined by the amount of lift generated by the hot air or other lighter-than-air gas inside it.

The buoyancy force of a spherical balloon filled with helium is equal to the weight of the helium (Fb = mhg), where mh is the mass of helium, and g is the acceleration due to gravity. The total lifting force (Ft) of the balloon is equal to the buoyancy force of the helium plus the weight of the balloon structure (Ft = Fb + mb g), where mb is the mass of the balloon structure. Therefore, the total lifting force of the balloon is:

[tex]Ft = mhg + mb g[/tex]

The maximum cargo mass (mc) that can be lifted by the balloon is equal to the total lifting force divided by the acceleration due to gravity:

[tex]mc = \frac{Ft}{g} =\frac{ (mhg + mb g)}{g} \\ = mh + mb[/tex]

For a balloon with a radius of 7.15 m, filled with helium and a structure mass of 950 kg, the maximum cargo mass that can be lifted is:

[tex]mc = mh + mb = 0 + 950 kg = 950 kg[/tex]

Threrefore, the total lifting force of the balloon is:950kg

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complete question:A spherical balloon has a radius of 7.15 m and is filled with helium. How large a cargo can it lift, assuming that the skin and structure of the balloon have a mass of 950 kg? Neglect the buoyant force on the cargo volume itself.

The change in gravitational potential energy of the spacecraft as it moves from point B to point A is 8.3x10^9 J.

The change in gravitational potential energy of the spacecraft as it moves from point B to point A can be calculated using the formula:

                    [tex]ΔPE = -GMm(1/rA - 1/rB)[/tex] , where

ΔPE is the change in gravitational potential energy,

G is the gravitational constant,

M is the mass of the planet,

m is the mass of the spacecraft,

rA is the distance from the planet's center at point A, and

rB is the distance from the planet's center at point B.

Using the given values, we have:

[tex]ΔPE = -(6.67x10^-11 Nm^2/kg^2)(1.50x10^24 kg)(650 kg)(1/5.00x10^7 m - 1/0)[/tex][tex]ΔPE = -(6.67x10^-11 Nm^2/kg^2)(1.50x10^24 kg)(650 kg)(1/5.00x10^7 m - 1/0)[/tex]

Simplifying the expression, we get:

[tex]ΔPE = -8.3x10^9 J[/tex]

Therefore, the change in gravitational potential energy of the spacecraft as it moves from point B to point A is [tex]8.3x10^9[/tex]J, which is a negative value because the spacecraft is moving closer to the planet and its gravitational potential energy is decreasing.

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The final kinetic energy of the lead bullet after the impact is 50 J.

option A.

The final velocity of the lead bullet system will be used to determine their final kinetic energy after the impact.

m1u1 + m2u2 = v ( m1 + m2 )

where;

( 0.05 x 200) + 0.95(0) = v ( 0.05 + 0.95 )

10 m/s = v

K.E_final = ¹/₂mv²

= ¹/₂ ( 0.05 + 0.95 ) (10²)

= 50 J

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Answer:

The value of resistance is

[tex]15.15ohm[/tex]

Explanation:

Greetings!!!

current(I)= 0.33A

potential difference(V)= 5V

resistance (R)= ?

Firstly, recall the ohm's law

Substitute known variables into the equation

Solve for Resistance

If you have any questions tag me on comments

Hope it helps!!!

Answer:

15 Ω.

Explanation:

The resistance of a circuit can be calculated using Ohm's law, which states that the potential difference (V) across a conductor between two points is directly proportional to the current (I) flowing through it, given by the equation V = IR.

To find the resistance, we can rearrange the equation to R = V/I, where R is the resistance. Substituting the values we have, we get:

R = 5V / 0.33A = 15 Ω

So, the resistance of the circuit is 15 Ω.

The post-collision velocity of the first billiard ball is 272 cm/s.

Velocity is a vector quantity that describes an object's speed and direction of motion.

We can solve this problem by using the law of conservation of momentum, which states that the total momentum of an isolated system remains constant.

The momentum of an object is defined as the product of its mass and velocity:

p = m * v

The total initial momentum of the system is the sum of the momenta of the two billiard balls before the collision:

p_initial = m * v1 + m * v2

where m is the mass of each billiard ball, v1 is the initial velocity of the first billiard ball, and v2 is the initial velocity of the second billiard ball.

After the collision, the first billiard ball will rebound with a velocity v1', and the second billiard ball will rebound with a velocity v2'. The total final momentum of the system is the sum of the momenta of the two billiard balls after the collision: p_final = m * v1' + m * v2'

Since the law of conservation of momentum applies, we can set the initial momentum equal to the final momentum

p_initial = p_final

Substituting the given values, we get:

m * v1 + m * v2 = m * v1' + m * v2'

Simplifying, we get:

v1' = (m * v1 + m * v2 - m * v2') / m

v1' = v1 + (v2' - v2)

Plugging in the given values, we get:

v1' = 154 cm/s + (72 cm/s - (-46 cm/s))

v1' = 272 cm/s

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The period of wave is 2.2924s and the wavelength of the wave 0.436Hz.

A wavelength's worth of space separates the equilibrium and the crest.

As a result, the amount of time needed to get there would be

t=T/4

0.5731=T/4

T= 2.2924s,

where T is the time period.

The frequency is now determined by f=1/T

f=1/2.2924

f =0.436Hz.

The distance covered by a wave during one revolution is referred to as its wavelength. To put it another way, we can say that the wavelength is the distance between two consecutive crests and troughs.

The following formulas, f = v, make it simple to determine the frequency if we are aware of the wave's velocity and wavelength beforehand. After calculating the frequency, we can use T = 2 = 1 f to calculate the time period.

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The net force acting on the charge Q is in the direction D. The net force is the sum of forces from the two point charges Q+ each.

According to Coulomb's law of force, the electrostatic force between two charges separated by a distance of r is given as follows:

Fq =  k q1 q2 /r²

where, k is a constant.

As per this equation, the electrostatic force between two charges will increase as the magnitude of charge increases and the force decreases as the distance between them increases.

Here, the forces acting on the point charge Q- are the forces from the two Q+ charges. They are of different distances from the charges.  The force in the direction E will be greater here. The net force on -Q is acting in the direction D.

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The change in potential energy of the system depends on the charges and distances of the source particles, as well as the charge of the alpha particle and the distances between the alpha particle and the source particles.

To calculate the change in potential energy of the system, we need to know the electric potential at points A and C, and the charge of the particles involved.

If we assume that the alpha particle is moving in a vacuum and that the source charges are fixed, then we can use the formula for the potential energy of a point charge in an electric field:

U = qV

where U is the potential energy, q is the charge of the particle, and V is the electric potential at the point where the particle is located.

Since an alpha particle consists of two protons and two neutrons, its net charge is +2e, where e is the elementary charge. We also need to know the charges of the source particles.

Let's assume that the source charges are two positive point charges, located at points A and B, respectively. We can also assume that the alpha particle starts at point A and moves to point C, which is at a distance r from point A and a distance s from point B.

The electric potential at point A, VA, is given by:

VA = k(q1/r1 + q2/r2)

where k is the Coulomb constant, q1 and q2 are the charges of the source particles at point A and B, respectively, and r1 and r2 are the distances between the source particles and point A.

Similarly, the electric potential at point C, VC, is given by:

VC = k(q1/(r+s) + q2/s)

The change in potential energy of the alpha particle as it moves from point A to point C is:

ΔU = Uc - Ua = qVC - qVA

Substituting the values of VA and VC, we get:

ΔU = qk(q1/(r+s) + q2/s) - qk(q1/r1 + q2/r2)

Simplifying this expression, we get:

ΔU = qk(q1/r1 - q1/(r+s) + q2/s - q2/r2)

So, the change in potential energy of the system depends on the charges and distances of the source particles, as well as the charge of the alpha particle and the distances between the alpha particle and the source particles.

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Force applied by a chain passing over a) is 854 N and force is required if the chain shifts to a 8.38 cm is 869N.

A) The expression for force is product of force and distance of force from the axis of rotation,

τ = r x F

Here sum of clock wise moments are negative and sum of anticlockwise moments are positive,

τ = r x Fa

τnet = r x Fa - R x F

Torque is product of inertia and angular acceleration,

I∝ = r x Fa - R x F

[tex]F_a = \frac{I\alpha + R*F_r_e_s}{r}[/tex]

Moment of inertia of wheel is,

I = MR²

= (0.758)(0.746)

= 0.565 kg.m³

Fa = 854 N

B) using the equation,

[tex]F_a = \frac{I\alpha + R*F_r_e_s}{r}[/tex]

= [tex]\frac{(0.565) (2.6) + (95.7)(0.746) }{0.0838}[/tex]

= 869N

Newton's alternate law establishes that the net necklace acting on a body equals the product of the body's moment of indolence and its angular acceleration,

The moment of indolence serves as a measure of the body's resistance to a change in its rotational state of stir.

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(a) For graph A the object is moving at a zero constant speed.

(b) For graph B the object is moving at a constant speed greater than zero.

(c) For graph C the object is moving a uniform speed.

Constant velocity refers to a situation in which an object moves at a constant speed in a straight line. This means that the magnitude of the velocity (i.e. the speed) of the object remains the same over time, while its direction may or may not change.

Uniform velocity refers to a situation in which an object moves with a constant speed, but also changes its direction. In other words, the object has a constant magnitude of velocity (i.e. speed), but its direction is constantly changing. An object moving in a circular path at a constant speed is an example of an object with uniform velocity.

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If the mass of the object is halved, its new GPE would be 5 J. The gravitational potential energy (GPE) of an object near the surface of the Earth is given by the formula:

GPE = mgh

where:

m is the mass of the object

g is the acceleration due to gravity (9.81 m/s² near the surface of the Earth)

h is the height of the object above some reference level (usually taken to be the ground level)

The given information of the object having 10 J of gravitational potential energy (GPE) is insufficient to calculate its mass or height. As a result, we cannot use the above formula to calculate the object's GPE if its mass is halved.

However, we can take advantage of the fact that an object's GPE is directly proportional to its mass. That is, if we cut the object's mass in half, its GPE will be cut in half as well. This is mathematically expressed as:

GPE2 = (1/2) GPE1

where:

GPE1 is the object's first GPE.

GPE2 is the object's new GPE after its mass has been halved.

As a result, if the object's GPR is considered its initial GPE and its mass is halved, its new GPE is:

GPE2 = (1/2) GPR

Substituting the given value of GPR = 10 J, we get:

GPE2 = (1/2) x 10 J = 5 J

So, if the mass of the object is halved, its new GPE would be 5 J.

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