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You can calculate speed by taking the gradient (dy/dx) from a Distance-time graph since s=d/t

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Q: How do you read and calculate speed from a motion graph?
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Related questions

How can you get speed and distance covered by a body from distance time graph?

To get speed from a distance-time graph, you would calculate the slope of the graph at a given point, as the gradient represents speed. To calculate total distance covered, you would find the total area under the graph, as this represents the total distance traveled over time.


How do you read a distance vs time graph and a speed vs time graph?

:Troll:


How would you read the instance speed on a distance time graph?

Speed is found by dividing the distance by the time. S=D/T You can use this equation for any point on the graph.


Why do you think a line graph is a good graph?

A line graph is good cause it is easier to read


How do you calculate peak flow?

Use those speacial reading graphs You should have a hydrograph to look at. Look at the curve on this graph, the highest point on this curve is the peak flow. It cannot be calculated, just read off a graph. Peak Flow = Tidal Volume x 60 / I-time


Why do you not notice the world turning?

You never feel steady motion at a constant speed. That's why you're able to sleep in a car and read a book on an airliner. You only feel changes in motion.


What are the advantages of a line graph?

It is easier to read because it can be not as cluttered as a bar graph or scatter plot graph.


Can you read a graph or table?

Yes


How do you read a graph?

look and see


What makes a graph misleading?

No titles or axis' No numbers Or making the graph difficult to read


How do you graph acceleration?

The answer depends on what the graph is meant to show. The first step would be to read the axis labels.


Why do chemists prefer to read the absorbance rather than the percent transmittance of lght when analyzing a sample having a visible color?

Chemists prefer to read the absorbance rather than the percent transmittance of light when analyzing a sample with a visible color because absorbance is directly proportional to concentration according to the Beer-Lambert Law. This allows for more accurate quantification of the sample's components. In contrast, percent transmittance may not provide a linear response and can be influenced by factors beyond just concentration, such as the color of the sample itself.