When the distance Travelled by a body is directly proportional to time it is?

uniform speed
When the distance travelled by an object is directly proportional to the time it is said to travel with uniform speed.

Is distance is directly proportional to force?

The work done by a body on application of a constant force is directly proportional to the distance traveled by the body.

When the distance Travelled by a body is directly proportional to time it is Travelling with uniform acceleration non uniform acceleration constant speed variable speed?

Option (c) is correct: Constant speed If the distance travelled by the body is directly proportional to time then it is travelling with constant speed.

When the distance Travelled by a body is directly proportional to the time it travels with?

constant speed
When the distance travelled by an object is directly proportional to the time, it is said to travel with constant speed. An object is said to be in uniform speeds when the object travels equal distances in equal interval of time. Uniform and non-uniform motions of objects can be shown through graphs.

Is distance directly proportional to time squared?

The equation shows that, for constant acceleration, distance is directly proportional to time squared. This relation between time and distance is what Galileo discovered and tried to explain. ‘ It is formally defined as the rate of change of velocity with respect to time.

What is distance Travelled by a body?

The distance (s) travelled by a body in time (t) is given by s = ut + (1)/(2)at^(2).

Is distance directly proportional to velocity?

The average velocity is calculated as the distance travelled, d divided by the time taken, t. Notice that for a constant time interval, if I double V (travel twice as fast), the distance travelled will also double. We can say that the velocity is directly proportional to the distance travelled.

When the distance Travelled by a body is directly?

The Distance Travelled By A Moving Body Is Directly Proportional To Time. Is Any External Force Acting On It? S is directly proportional to the time only when there is no external force acting on it. Since acceleration is zero so speed ‘u’ of the object remains constant.

Is distance directly related to time?

If an object travels at a constant speed, then the distance traveled is directly proportional to the time spent traveling, with the speed being the constant of proportionality. The circumference of a circle is directly proportional to its diameter, with the constant of proportionality equal to π.

How do you measure body distance?

The distance travelled is the path taken by a body to get from an initial point to an end point in a given period of time, at a certain velocity. If the velocity is constant: Distance = time * velocity. d = v*t.

Is the distance travelled by a moving body directly proportional to time?

The Distance Travelled By A Moving Body Is Directly Proportional To Time. Is Any External Force Acting On It? S is directly proportional to the time only when there is no external force acting on it. In the absence of external force, acceleration ‘a’ of the object becomes zero and the equation of motion becomes

Why is the equation of motion directly proportional to time?

S is directly proportional to time only when there is no external force acting. In the absence of external force, acceleration ‘a’ of the object becomes zero and equation of motion becomes S = ut. Since acceleration is zero so speed ‘u’ of the object remains constant. No external force acting on body. As speed is constant.

How is distance between two bodies related to force?

Distance is directly proportional to the square of the time under acceleration, and directly proportional to the acceleration, which, in turn, is directly proportional to the force, and inversely proportional to the bodies mass. If distance between two bodies is reduced to half, what will happen to force?

Is there any external force acting on the moving body?

The distance travelled by a moving body is directly proportional to time. Is any external force acting on it? Please log in or register to add a comment. As s ∝ t, so acceleration a = 0, therefore, no external force is acting on the body.