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The graph shows the distance a bicyclist traveled from a starting point in 10-second increments. Which of these is closest to the average speed of the bicyclist during 30 seconds of motion?
A. 0.3m/s
B. 3m/s
C. 10m/s
D. 30 m/s
PLEASE HELP QUICK!​

The graph shows the distance a bicyclist traveled from a starting point in 10second increments Which of these is closest to the average speed of the bicyclist d class=

Respuesta :

theamazingabigail1

Answer: 3m/s

Step-by-step explanation:

the formula for speed is distance divided by time, the question tells us the time is referring to the first 30 seconds, so just divide the distance by time (the answers you’d get are 3, 3, 1) so 3 m/s is closest to the average speed

okpalawalter8

The average speed of the bicyclist during 30 seconds of motion is mathematically given as

v'=3m/s

What is the average speed of the bicyclist during 30 seconds of motion?

Question Parameter(s):

During 30 seconds of motion

Generally, the equation for the  speed is mathematically given as

v=d/t

Therefore

v'=(30/10+60/20+30/30)3

v'=3m/s

In conclusion, Average speed

v'=3m/s

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