A small body of mass m=0.10 kg moves in the reference frame rotating about a stationary axis with constant angular velocity ω=5.0 rad/s. What work does the centrifugal force of inertia perform during the transfer of this body along an arbitrary path from point 1 to point 2 which are located at the distance r1=30 cm and r2=50 cm from the axis of rotation?

A small body of mass m=0.10 kg moves in the reference frame rotating a

1.	A small body of mass m=0.10 kg moves in the reference frame rotating about a stationary axis with constant angular velocity ω=5.0 rad/s. What work does the centrifugal force of inertia perform during the transfer of this body along an arbitrary path from point 1 to point 2 which are located at the distance r1=30 cm and r2=50 cm from the axis of rotation?
Answer» A small body of mass $m = 0.10 k g$ moves in the reference frame rotating about a stationary axis with constant angular velocity $ω = 5.0 r a d / s$ . What work does the centrifugal force of inertia perform during the transfer of this body along an arbitrary path from point $1$ to point $2$ which are located at the distance $r_{1} = 30 c m$ and $r_{2} = 50 c m$ from the axis of rotation?

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