What is the nature of displacement time graph of a body moving with constant?

What is the nature of displacement time graph of a body moving with constant?

What is the nature of the displacement time curve of a body moving with constant acceleration? x=12at2 which is an equation of a parabola. Thus the displacement-time graph for a body moving with constant acceleration is a parabola.

What is the nature of the velocity time graph for an object at rest?

The nature of velocity time graph for a uniform motion is straight horizontal line .

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

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

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

When the body is moving with a non-uniform speed, the displacement-time graph gives a curved line with variable slope which indicates the variable speed of the body.

What is the nature of velocity time graph for an object moving with constant velocity?

Answer: The nature of the velocity time graph of a body moving with uniform velocity is a straight line parallel to the time axis… Uniform velocity, as its name suggests is thevelocity that remains constant. Therefore, no change in velocity as timepasses.

What is the nature of speed time graph?

A speed – time graph shows the motion of a body accelerating with a velocity at a time ‘t’. In case of a speed – time graph, speed of the body is always plotted on the y – axis and time is plotted on the x – axis.

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?

(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.

What is the nature of graph for force displacement curve for a body projected vertically upwards?

parabola
The displacement time graph of a vertically upward projected body appears as a parabola.

What is the nature of the distance − time graphs for uniform and non uniform motion of an object?

(i) For uniform motion of an object, its distance-time graph is a straight line with constant slope. (ii) For non-uniform motion of an object, its distance-time graph is a curved line with increasing or decreasing slope.

What is the nature of displacement time graph for non uniform motion give an example?

Therefore displacement – time graph for non uniform motion will a curved path and tanget at any point given the velocity at that instant. Ex: when we drop a ball from some height, motion of the ball will be noon uniform because acceleration due to gravity will act on the body.

What is displacement time graph?

Displacement-time graphs show how the displacement of a moving object changes with time. In a displacement-time graph, the slope or gradient of the line, is equal to the velocity of the object. The steeper the line (and the greater the gradient) the faster the object is moving.

What is the nature of distance time graph?

straight line
(i) For uniform motion of an object, its distance-time graph is a straight line with constant slope. (ii) For non-uniform motion of an object, its distance-time graph is a curved line with increasing or decreasing slope.