A rigid rod is sliding. At some instant position of the rod is as shown in the figure. End $A$ has constant velocity $v_0$. At $t = 0, y = l$ .
A rigid rod is sliding. At some instant position of the rod is as shown in the figure. End $A$ has constant velocity $v_0$. At $t = 0, y = l$ .
- A
Graph of '$y$' as a function of time is a parabola.
- B
Velocity of end $B$ along the length of the rod is $\frac{{{v_0}y}}{{\sqrt {{x^2} + {y^2}} }}$
- C
Graph of $y$ as a function of time is an ellipse
- D
Angular velocity of rod is consatnt
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