help

[loud basin]

For the following velocity-time graph.
time(h)

a) Identify the total distance traveled.
b) The acceleration in each segment.

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[south cypress]

The first derivative of displacement/position/distance is velocity

The second derivative is then acceleration

As such to get the distance we should calculate the area under the curve of the velocity time graph (anti-derivative/integral)

For acceleration you can try yourself

[loud basin]

oh

how

[loud basin]

and how it would look like

[south cypress]

Have you taken calculus yet

[loud basin]

mm no

[south cypress]

Ok

During class

Did your teacher start sketching some graphs

Then shade the area underneath the lines of the graph

[south cypress]

What did your teacher say about these questions

[loud basin]

identify the space and run

speed-time

[south cypress]

Is this translated or something

[loud basin]

yes

[loud basin]

what

[loud basin]

help

[south cypress]

Give me a sec 😭

[loud basin]

ok

i wait

[loud basin]

You still

[south cypress]

Calculate this shaded area to get distance

[fading surge]

@loud basin

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