Question

# A body is thrown vertically upwards. It’s acceleration ___ as it reaches the maximum height.

- Is non-uniform
- Decreases uniformly
- Increases uniformly
- Remains the same

Hint:

### The total energy for the motion of the body will remain constant.

## The correct answer is: Remains the same

### A body is thrown vertically upwards. Its acceleration Remains the same as it reaches the maximum height.

Even when the body will start to fall down the acceleration will also be the same in a different directions.

### Related Questions to study

### A car started from rest and increased its speed to 60 m/s in a minute. The acceleration of the car is ___ m/s^{2}.

### A car started from rest and increased its speed to 60 m/s in a minute. The acceleration of the car is ___ m/s^{2}.

### In which of the following cases can the equations of motion not be applied?

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### A body is in a uniform circular motion. The equations of motion are _____.

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Negative acceleration is known as deceleration.

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Negative acceleration is known as deceleration.

### A bus starts from rest and keeps increasing its speed by 3 m/s every second. It covers a distance of ____ in 20 s.

### A bus starts from rest and keeps increasing its speed by 3 m/s every second. It covers a distance of ____ in 20 s.

### A vehicle moving at a speed of 24 m/s accelerates to 56 m/s in 4 s. The acceleration of the vehicle is ___ m/s^{2}.

### A vehicle moving at a speed of 24 m/s accelerates to 56 m/s in 4 s. The acceleration of the vehicle is ___ m/s^{2}.

### A vehicle’s displacement increases by 4 m every second. What does it mean?

### A vehicle’s displacement increases by 4 m every second. What does it mean?

### An object’s velocity decreases by equal amounts in equal intervals of time. The object is in ____.

### An object’s velocity decreases by equal amounts in equal intervals of time. The object is in ____.

### The acceleration of a body thrown upwards is ___.

### The acceleration of a body thrown upwards is ___.

### An object comes to rest. It means that ___.

### An object comes to rest. It means that ___.

### A body is accelerating negatively. Its _____.

In this case, the velocity is decreasing and hence, the body is negatively accelerating.

### A body is accelerating negatively. Its _____.

In this case, the velocity is decreasing and hence, the body is negatively accelerating.

### A vehicle’s velocity increases by 5 m/s every second. What does it mean?

Acceleration can be defined as the rate of change of velocity of an object with respect to time and in this case, the vehicle is also accelerating with a unform change in velocity.

### A vehicle’s velocity increases by 5 m/s every second. What does it mean?

Acceleration can be defined as the rate of change of velocity of an object with respect to time and in this case, the vehicle is also accelerating with a unform change in velocity.

### An object starts from rest. It means that _____.

Rest implies that the body was stationary with respect to the ground. Any body which doesn't move has zero velocity, since it doesn't covers any distance. Thus, any body starting from rest has initial velocity= zero.

### An object starts from rest. It means that _____.

Rest implies that the body was stationary with respect to the ground. Any body which doesn't move has zero velocity, since it doesn't covers any distance. Thus, any body starting from rest has initial velocity= zero.

### A body is positively accelerating. Its ____

If an object travels in a straight line and it's velocity increases or decreases by equal amounts in equal intervals of time, then the acceleration of the object is said to be uniform.

### A body is positively accelerating. Its ____

If an object travels in a straight line and it's velocity increases or decreases by equal amounts in equal intervals of time, then the acceleration of the object is said to be uniform.