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How to calculate acceleration with distance and time. This appears to be an incomplete question or task. To make it more meaningful, you could rewrite it as: Calculate the acceleration given the distance and time. Or, if it is meant to be an instruction: Explain how to calculate acceleration using distance and time. Choose the one that best fits the context of the material.
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Step 1
Since you're asking for an explanation of how to calculate acceleration using distance and time, I will provide a detailed step-by-step solution.

a=dt2a = \frac{d}{t^2}
The formula to calculate acceleration (a) using distance (d) and time (t) is: where distance (d) is in meters (m) and time (t) is in seconds (s). Let's break down the solution into clear, logical steps:

Step 2
**Step 1:** Make sure you have the distance (d) and time (t) values.

t=10 st = 10 \ \mathrm{s}
In this example, let's assume the distance is 100 meters (d = 100 m) and the time is 10 seconds (t = 10 s).

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