Question

If a runner has a speed of 8.66m/s and runs for 46.2s what distance is covered? tv = d

v=
d=
t=​

Answer 1

`\text{Using the formula: }v=(d)/(t)\\\therefore vt=d\\\text{Plug and chug:}46.2(8.66)=400.092\text{ metres}`

Answer 2

The runner covers a distance of 399.432 meters.

To find the distance covered by the runner, we can use the formula d = v * t, where d represents the distance, v represents the velocity (speed), and t represents the time.

1. Let's start by identifying the values given in the question:

- The runner's speed is 8.66 m/s.

- The runner runs for 46.2 seconds.

2. Now, we can substitute these values into the formula:

- v = 8.66 m/s

- t = 46.2 s

3. Next, we'll plug these values into the formula and perform the calculation:

- d = 8.66 m/s * 46.2 s

4. Multiplying the speed and time together gives us the distance:

- d = 399.432 m

5. Therefore, the runner covers a distance of 399.432 meters.

By using the formula d = v * t and substituting the given values, we find that the runner covers a distance of 399.432 meters when they have a speed of 8.66 m/s and run for 46.2 seconds