What is the acceleration caused by your push on the ball

Answers

Answer 1

Answer:

Gravity is what causes the ball to accelerate. The acceleration of the ball during the entire time it is in the air, assuming it is on the Earth's surface, is 9.8 m/s2.

What drives a ball's acceleration?

In a simple scenario, the ball falls in accordance with the direction of gravity, which is always downward. Gravitational acceleration on Earth is 9.8 m/s2 (g=9.8 m/s2). In essence, this indicates that the ball's velocity will increase by 9.8 m/s for every second while it is falling.

The bowling ball accelerates at 1.875 m/s2.

The ball revolves around its center of gravity while in flight. The center of gravity's motion is described by Newton's laws of motion. Drag is the term for the force that the air exerts on the motion of the ball as it travels through it.

force

According to Newton's second law, a large body will accelerate, or change its velocity, at a constant rate, when a constant force is applied to it. In the most basic scenario, when a force is applied to an object at rest, it accelerates in the force's direction.

Distance, time, acceleration, and velocity relationships. Unfortunately, the golf ball would stop accelerating unless we had a rocket-powered golf ball. It would merely move roughly in the horizontal direction at a constant speed.

To Learn more about accelerate, Refer:

brainly.com/question/605631

#SPJ2

Answer 2

Answer: It's (the force of my push) divided by (the mass of the ball).

Related Questions

Explain the Impulse-Momentum Theorem.
A carbon atom can form four covalent bonds. how many valence electrons does a carbon atom have
How do materials, such as nutrients and waste, pass through the cell membrane?
The common name for the reflection of sound waves is an?
Thermal energy is transferred as heat from a warmer object to a cooler object until Select one: a. all of the energy from the hot object is transferred to the cold object. b. the temperature is the same in both objects. c. all of the energy from the cold object is transferred to the hot object. d. the thermal energy is converted into another type of energy such as light.

How do you separate the mixture of rocks and sand

Answers

you shift out the sand

by sifting it so they can be seperate

The position of a particle moving along the x axis may be determined from the expression x(t) = btu + ctv, where x will be in meters when t is in seconds. What will be the dimensions of b and c in this case if u = 8 and v = 7?

Answers

The dimension of b and c is $b = M^0L^1T^{-8$ and $c = M^0L^1T^{-7$

Calculation of dimension:

Since the x axis may be determined from the expression that shown below.

$x = bt^u + ct^v$

Here, x will be in meters when t is in seconds

Now

Here the dimension of the right side should be equivalent to the left side.

According to the left side the dimension should be same like length or meter so same goes for the right side

So,

$bt^u = M^0L^1T^0\n\nb* T^8 = M^0L^1T^0\n\nb = M^0L^1T^(-8)$

Now for another one it is

$ct^v = M^0L^1T^0\n\nc* T^7 = M^0L^1T^0\n\nc = M^0L^1T^{-7$

Learn more about position here: brainly.com/question/13335785?referrer=searchResults

As per given equation we have

$x = bt^u + ct^v$

now as per the dimensional analysis we can say that dimension of right side of equation must be equal to left side of the equation

now as per left side of equation its dimension is same as length or meter

now we can say it should be meter on right side also

$bt^u = M^0L^1T^0$

$b*T^8 = M^0L^1T^0$

$b = M^0L^1T^(-8)$

similarly for other term we have

$ct^v = M^0L^1T^0$

$c*T^7 = M^0L^1T^0$

$c = M^0L^1T^(-7)$

so above are the dimensions of b and c

The amplitude of a sound wave determines itsloudness
pitch
frequency
wavelength

Answers

The Loudness i believe.

94. While you are traveling in a car on a straight, level interstate highway at 90 km/h another car passes you in the same direction, its speedometer reads 120 km/h (a) What is your velocity relative to the other driver? (b) What is the other car's velocity relative to you?

Answers

Answer:

a) $v_{A_(B)}$ = -30 m/s

b) $v_{B_(A)}$ = 30 m/s

Explanation:

Consider the car A travel at a velocity of $v_(A)$ = 90 km/h and the car B travel at the velocity of $v_(B)$ = 120 km/h. As the velocity of the car B is greater than the car A, So it cross the car A. Consider The velocity of car A relative to car B is $v_{A_(B)}$ and it is equal to the velocity of car A minus the velocity of car B.

$v_{A_(B)}$ = $v_(A)$ - $v_(B)$

$v_{A_(B)}$ = 90 - 120

$v_{A_(B)}$ = -30 m/s

Consider The velocity of car B relative to car A is $v_{B_(A)}$ and it is equal to the velocity of car B minus the velocity of car A.

$v_{B_(A)}$ = $v_(B)$ - $v_(A)$

$v_{B_(A)}$ = 120 - 90

$v_{B_(A)}$ = 30 m/s

Why there is tides in sea and ocean

Answers

Answer:

Tides are the rise and fall of sea levels. Tides occur due to the gravitational forces exerted on the Earth by moon, and to a lesser extent, the sun. That's why tides occur in ocean or sea.

Hope this helps

Any notable feature of an organism is called

Answers

Character trait, physical trait, or an appearance.

Other Questions

What is the surprising thing that happens in a superconductor?

A rock collection comes from which part of Earth?

An example of intentionally increasing friction?

How many grams of Hydrogen (H) would need to react with 190 grams of Fluorine (F) to make 200 grams of HF (Hydrofluoric Acid)?