# Graphical Analysis of motion Assignment Help

## Graphical Analysis of motion

### Average Velocity

The*average velocity*between two points in a given time interval can be obtained from a

*displacement*versus-

*time*graph by computing the

*slope*of the

*straight line*joining the coordinates of the two points.

### Instantaneous Velocity

The *instantaneous* *velocity* at time t is the *slope *of the *tangent line *drawn to the *position*-versus-*time *graph at that time.

### Average Acceleration

The average acceleration between two points in a time interval is equal to the slope of the chord connecting the points on a*velocity*-versus-

*time*graph.

### Instantaneous Acceleration

The *instantaneous acceleration *at time t is the *slope *of the *tangent* drawn to the *velocity*-versus-*time* graph.

## Graphical Analysis of motion Assignment Help By Online Tutoring and Guided Sessions at AssignmentHelp.Net

**Displacement from Velocity-Time Graphs**

time.

Given a *velocity**-*versus-*time* graph, the *displacement* during an interval between time *ti *and tf is the *area bounded by the velocity curve* and the two vertical lines *t = ti *and *t = tf*, as shown in the figure.

### Velocity from Acceleration Graphs

Given an *acceleration*-versus-*time* graph, the change in velocity between *t = ti *and *t = tf* is the *area bounded by the acceleration curve* and the vertical lines *t* = *ti *and *t *= *tf*.

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