Question

1 Give one ample to show that
the magnitude of the average velocity of particle
is not always equal to it's average speed​

Answer 1

Explanation:

PLEASE MARK ME AS BRILLIANT AND GIVE ME STARS

Answer 2

Suppose a person is swimming. She swims in a straight path and returns to it's original position. Since,

• v(av) = (Total Displacement)/(Time)
• v (bar) = (Total Distance)/(Time),

So, her average velocity will be zero as her displacement is zero. But, her speed will not be equal to 0.