Solving the Mass of a Chain Hanging from a Ceiling

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SUMMARY

The discussion focuses on solving a physics problem involving a small ball of mass 30 g hanging from a ceiling with a light rope of length 50 cm, to which a chain is attached. The challenge is to determine the mass of the chain, given that the tangent at the attachment point lies horizontally and that the angle Alpha is 30°. Participants emphasize the importance of applying relevant equations, such as F = ma, and suggest starting with free body diagrams for both the ball and the chain to analyze the forces acting on them.

PREREQUISITES
  • Understanding of free body diagrams
  • Knowledge of Newton's second law (F = ma)
  • Familiarity with trigonometric functions and angles
  • Basic concepts of tension in ropes and chains
NEXT STEPS
  • Study the construction and analysis of free body diagrams
  • Learn about tension forces in static equilibrium
  • Explore trigonometric relationships in physics problems
  • Review introductory physics problems involving forces and angles
USEFUL FOR

This discussion is beneficial for first-year college physics students, educators teaching introductory mechanics, and anyone seeking to strengthen their problem-solving skills in physics involving forces and equilibrium.

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1. https://gyazo.com/a298396e34c32669755a5caffe82290e https://gyazo.com/a298396e34c32669755a5caffe82290e A small ball of mass m = 30 g hangs from the ceiling on a l = 50 cm long light rope. From the side a chain is attached, as seen on the picture. Whats the mass of the chain? Heres the part I don't understand: it says that the tangent at the point where the chain attaches to the ball lies horizontally, but it doesn't show that in the picture. And the last part states that Alpha = 30°

Homework Equations

: F = ma I guess https://gyazo.com/ee57432735c37fe601c83f440688e767 https://gyazo.com/ee57432735c37fe601c83f440688e767[/B]

The Attempt at a Solution

: I have no clue.[/B]
Does anyone have any hints how to go about? Also this is a year 1 college physics problem.
 
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Why don't you upload your image here so that we can see it? (Use the UPLOAD button).

You need to show some effort before help can be offered. That's the forum rules. Posts without genuine effort shown are usually deleted. You must have some concepts and material from your course notes or text that can be applied.

Start with free body diagrams of the two main objects. What equations are relevant to each?
 

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