# You have two balls and one is more massive than the other. The more massive ball will have (blank) acceleration.

## Related Questions

Hence mass grows 3 times - g will grow 3 times as well

F = 49N

I Took The Test!

A net force of 125 N accelerates a 25.0 kg mass. What is the resulting acceleration?

Answer:

Explanation:

The acceleration of an object can be calculated by using Newton's second law:

where

F is the net force applied on the object

m is the mass of the object

a is its acceleration

In this problem, we have F=125 N and m=25.0 kg, so we can rearrange the equation to calculate the acceleration:

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Force times Mass equals Acceleration.

**The answer is TRUE.**

If the mass increases the number on the left side of the equation increases, thus increasing the right side as well.

What kind of energy is stored when a tennis ball hits the racket

hope this helps you

What is meant by the following statement? "Acceleration is inversely proportional to mass."

**Answer:**

he gave the correct answer its just we had options when we were doing this assignment so thanks for going in depth

**Explanation:**

Ps Odsseyware

A 521-kg meteor is subject to a force of 2520 N. What is its acceleration?

**Answer:**

Acceleration,

**Explanation:**

It is given that,

Mass of the meteor, m = 521 kg

Force acting on the meteor, F = 2520 N

Let a is the acceleration of the meteor. It can be calculated using the Newton's second law of motion. According to this law the force acting on an object is equal to the product of mass and acceleration with which it is moving. Mathematically, it is given by :

**So, the acceleration of the meteor is . Hence, this is the required solution.**

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Answer: **0.5 seconds or 2.625 seconds**

Explanation:

At t = 0, The ball is 4 ft above the ground.

The height of the football varies with time in the following way:

s(t) = -16 t² + 50 t + 4

we need to find the time in which the height would of the football would be 25 ft:

⇒25 = -16 t² + 50 t + 4

we need to solve the quadratic equation:

⇒ 16 t² - 50 t + 21 = 0

**⇒ t = 0.5 s or 2.625 s**

**Therefore, at t = 0.5 s or 2.625 s, the football would be 25 ft above the ground. **

Why doesn't a ball roll on forever after being kicked at a soccer game?

Similarities in tennis and volleyball

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The mass of a subway car and passengers is 44800 kg. If its acceleration as it leaves

Describe three ways you could cause an acceleration of a moving car

Describe three ways you could cause an acceleration of a moving car

**Answer:**

option (a)

**Explanation:**

The electrical power is defined as the energy per unit time.

The formula foe the power is given by

P = V I = I^2 R = V^2 / R

So, to find the power we must know the values of current and voltage.

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178= m(9.81)x0.5

178=m(4.905)

178/4.905=m

His mass is 36.3 kg

What it means to say that energy is conserved as a ball fall towards ground

if there is no friction, M.E. is conserved

as a ball falls, it is losing height. (P.E.=mgh , therefore P.E. will decrease)

the potential energy is transformed into kinetic energy which equals 1/2MV^2.

the increase in K.E. equals the decrease in P.E.

and the sum of both equals M.E.

thus mechanical energy is conserved.

hope this helps you.

What it means to say that energy is consevered as a ball fall towards the ground

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**A. Divide the change in the objects velocity by the time it takes to make that change.**

Explanation:

Acceleration is a vector quantity whose magnitude is given by the following equation:

where

is the change in velocity of the object

is the time it took to make the change in velocity

Therefore, we see that this equation corresponds to choice A.

i just took the test on edg enuity it was B.The mass of the rocket decreases as fuel is burned, so the acceleration increases.

How much force is needed to stop an 80kg football player if he decelerates at 5m/s2

This can be solve using newtons second law of motion

F = ma

Where F is the force applied

M is the mass

A is the acceleration

Substituting the given values

F = ma

F = ( 80 kg ) ( 5 m/s2)

F = 400 N of force needed