Jack decides to coast to a stop on his bicycle, so he quits pedaling. the table represents his velocity (in meters per second) as a function of time (in seconds). what is the significance of the y-intercept?

a) the number is seconds that jack coasted.

b) the meters traveled after jack stopped pedaling.

c) the meters traveled before jack stopped pedaling.

d) the velocity of the bike when jack stopped pedaling.

Option: d) is the correct answer.

      d) The velocity of the bike when Jack stopped pedaling.

We know that the y-intercept is a point where the value of the independent variable or we may say the x-value is zero.

Hence, here the independent variable is time (in seconds) and the dependent variable is the velocity  (in meters per second) of Jack.

Hence, the y-intercept here is the velocity of Jack when time is zero.

Hence, the y-intercept is the velocity of Jack as soon as he stopped pedaling.

4444444444444 i think