Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude:

a) g/2

b) √3g/2

c) g/√3

d) g

Question

Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude:

a) g/2

b) √3g/2

c) g/√3

d) g

Febi jobi · Answer

For first figure acceleration is gsin30°=g/2 . For second figure acceleration is gSin30°=√3g/2 . Fix our frame on first figureand it is considered to be rest .in figure 2 draw the acceleration of first figure which is equal and opposite in direction split it into its rectangular conponent and that of second figures acceleration. Horizontal acceleration=0.vertical acceleration=√3g/2cos30°-g/2cos60°=g/2

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Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude: a) g/2 b) √3g/2 c) g/√3 d) g

Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude:

a) g/2

b) √3g/2

c) g/√3

d) g

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Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude: a) g/2 b) √3g/2 c) g/√3 d) g

Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude: a) g/2 b) √3g/2 c) g/√3 d) g

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Two particles start together from a point O & slide down straight smooth wires inclined at 30° & 60° to the vertical plane & on the same side of vertical through . the relative acceleration of second with respect to first will be in magnitude:

a) g/2

b) √3g/2

c) g/√3

d) g