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        A trolley is accelerated horizontally with acceleration "a" . Find the maximum angular displacement of the pendulum hanging inside it.
one year ago

Arun
24498 Points
							Dear student If given please attach an image. So that it will be easy to solve. RegardsArun (askIITians forum expert)

one year ago
Raj Shakya
16 Points
							we can balance the net force on the pendulum horizontally ma = Tsin$\theta$  ------ivertically   mg = Tcos$\theta$   ------ii dividing i by iitan$\theta$ = a/g $\theta$ = tan inverse of (a/g)

one year ago
Rajdeep
231 Points
							HELLO THERE! Let’s understand the theory first!We are said, that: The pendulum is inside a trolley, which has an acceleration a. If the mass of the bob of pendulum is m, then it will experience a pseudo force of magnitude = ma in the opposite direction of acceleration of the trolley. Also, let the maximum angular displacement be Theta ($\dpi{100} \theta$). On the bob, a downward force of mg is acting, which is balanced by the horizontal component, i.e., cosine component of the Tension on the string. So, we get the equation T cos $\dpi{100} \theta$ = mg …....(i) Now, the sine component of the Tension is equal to the pseudo force acting on the bob. This can be understood when you draw the free body diagram of the situation.So, we get another equation as: T sin $\dpi{100} \theta$ = ma …...(ii) Dividing (ii) by (i),$\frac{Tsin\theta}{Tcos\theta} = \frac{ma}{mg} \\\\or, tan \theta = \frac{a}{g} \\\\or, \theta = tan^{-1}(\frac{a}{g})$ And, theta is the maximum angular displacement. THANKS!

one year ago
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• 110 Video Lectures
• Revision Notes
• Test paper with Video Solution
• Mind Map
• Study Planner
• NCERT Solutions
• Discussion Forum
• Previous Year Exam Questions