The eel has a certain amount of rotational kinetic energy when spinning at 14 spins per second. if it swam in a straight line instead, about how fast would the eel have to swim to have the same amount of kinetic energy as when it is spinning

m/sec

Explanation:

According to the question

\omega= angular velocity = 14 spins per sec

I= MOI of the spinning eel= 0.5mR^2

m= mass of eel

v= linear velocity of eel.

solving for v in the above equation we get

now \omega in radians = 14 rev/sec×2π  radian/rev= 28π radian/sec

value of radius is not provided in the question

therefore we get

volts times amps 6 x 0.5 3w