**How do you find the average speed and average velocity on**

7/02/2009 · Best Answer: draw tangent to the curve find the slope of the tangent by taking two points on the tangent line and calculating slope = rise/run slope = (y2 - y1)/(x2 - x1) if it's a straight line, then skip step one connenct the 2 points with a line and find the slope... 14/09/2014 · Now think of the acceleration time graph, which would be a straight horizontal line. <-- (The slope of a velocity time graph gives you the acceleration) From this we know what the first answer. For the second statement, when the velocity is 0, the slope of a position time graph is 0, because the slope of a position time graph gives velocity.

**kinematics Obtaining position from a curved velocity vs**

7/02/2009 · Best Answer: draw tangent to the curve find the slope of the tangent by taking two points on the tangent line and calculating slope = rise/run slope = (y2 - y1)/(x2 - x1) if it's a straight line, then skip step one connenct the 2 points with a line and find the slope... 21/02/2008 · Area under the curve in a position vs. time graph is equal to total displacement. This area can be found through integration of the formula.

**Finding acceleration on a position-time graph Physics Forums**

DETERMINING INSTANTANEOUS VELOCITY FROM A POSITION-TIME GRAPH If the velocity changes every moment during the motion of an object, no portion of the position- time graph is a straight line. Remember that each point on the curve represents the position of the object at each instant in time. To determine the velocity of an object at any instant, physicists use tangents. A … how to get a ct scan in ontario A position-time graph, is one in which position isplotted on the y-axis and the time is on the x-axis. Aposition-time graph is similar to a distance-time graph, butdirection o … f motion in the y-axis. .

**kinematics Obtaining position from a curved velocity vs**

14/09/2014 · Now think of the acceleration time graph, which would be a straight horizontal line. <-- (The slope of a velocity time graph gives you the acceleration) From this we know what the first answer. For the second statement, when the velocity is 0, the slope of a position time graph is 0, because the slope of a position time graph gives velocity. how to find friends with similar interests on facebook 14/09/2014 · Now think of the acceleration time graph, which would be a straight horizontal line. <-- (The slope of a velocity time graph gives you the acceleration) From this we know what the first answer. For the second statement, when the velocity is 0, the slope of a position time graph is 0, because the slope of a position time graph gives velocity.

## How long can it take?

### Finding acceleration on a position-time graph Physics Forums

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- Finding acceleration on a position-time graph Physics Forums
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## How To Find Velocity On A Curved Position Time Graph

21/02/2008 · Area under the curve in a position vs. time graph is equal to total displacement. This area can be found through integration of the formula.

- 12/09/2009 · So velocity on a position vs. time graph is represented by how fast the graph changes. Or in other words, the slope of the graph. Or in other words, the slope of the graph. To find the maximum velocity, you just need to find the steepest part of the graph …
- 21/02/2008 · Area under the curve in a position vs. time graph is equal to total displacement. This area can be found through integration of the formula.
- 12/09/2009 · So velocity on a position vs. time graph is represented by how fast the graph changes. Or in other words, the slope of the graph. Or in other words, the slope of the graph. To find the maximum velocity, you just need to find the steepest part of the graph …
- 21/02/2008 · Area under the curve in a position vs. time graph is equal to total displacement. This area can be found through integration of the formula.