A cylinder and a wedge of same mass (m) with a vertical face, touching each other, move along two smooth inclined planes forming an angle and respectively with horizontal as shown in the figure. Determine the force of normal N (In newton) exerted by the wedge on the cylinder, neglecting the friction between them. Consider m=1√3kg;α=60∘;β=30∘ and g=10m/s2. ___

A cylinder and a wedge of same mass (m) with a vertical face, touching

1.	A cylinder and a wedge of same mass (m) with a vertical face, touching each other, move along two smooth inclined planes forming an angle and respectively with horizontal as shown in the figure. Determine the force of normal N (In newton) exerted by the wedge on the cylinder, neglecting the friction between them. Consider m=1√3kg;α=60∘;β=30∘ and g=10m/s2. ___
Answer» A cylinder and a wedge of same mass (m) with a vertical face, touching each other, move along two smooth inclined planes forming an angle and respectively with horizontal as shown in the figure. Determine the force of normal N (In newton) exerted by the wedge on the cylinder, neglecting the friction between them. Consider $m = \frac{1}{\sqrt{3}} k g; α = 60^{\circ}; β = 30^{\circ} a n d g = 10 m / s^{2} .$ ___

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