What is the nature of displacement time graph of a body at constant acceleration?

parabola
Therefore, the nature of the displacement-time graph is a parabola.

What will be the nature of motion of a body for which displacement time graph is shown in Figure?

Answer: The nature of Motion of which displacement time graph shown in figure is Uniform Motion.

What is the nature of distance-time graph for uniform motion?

For uniform motion, the distance-time graph is a straight line parallel to the time axis as speed will be constant.

What is the nature of graph for force displacement curve?

The force acting on the system is constant, for example, when a force of gravity and friction moves with the constant speed, therefore the force-displacement graph is just a horizontal line because force can’t change.

What is the nature of motion of a body if its displacement-time graph is a straight line inclined to the time axis with an obtuse angle?

Answer: If displacement-time graph is a straight line inclined to the time axis at an acute angle, it means that gradient of the curve or velocity of the body is non-zero. Therefore, body is moving away from the starting point with uniform velocity.

What is the nature of motion of body?

(a) The nature of motion of the body will be constant or uniform as the acceleration is zero. When the velocity of the body remains constant, then it means the speed and the direction of the body is not changing with respect to time. Hence, there is zero or no acceleration.

What is the nature of graph for a uniform speed?

Uniform motion means that the body is moving with constant speed. As the body is moving with constant speed, the distance it travels will increase uniformly with time. So, it means that the distance-time graph will be a straight line slanting to X-axis. Slope of this line gives the speed.

What is the nature of speed time graph for non uniform motion?

The speed is represented by a straight line and is constant. But in non- uniform motion, the speed is no constant and is represented by a curve line in a distance time graph.

What is the nature of force displacement graph for constant force?

What will be the nature of force displacement graph if the force applied on a body is constant?

Hint: When a constant force is acting on a body it corresponds to constant acceleration. The nature of the displacement time curve can be determined using the equation of motion. Complete answer: If force is constant, acceleration will be constant.

What is the nature of motion of a body if its displacement time graph is in a straight line inclined to the time axis II a straight line parallel to time axis?

(b) A straight line inclined to the time axis with an acute angle — shows the linear relationship between the displacement and time (i.e., the body travels equal distance in equal intervals of time in a certain direction). Hence, we can say the motion is away from the starting point with uniform velocity.