Haiden B.
asked 02/22/24help help help please
3. Consider a bead starting at rest at Point A. It slides along the frictionless wire to Point J. The dotted lines are horizontal. For each of the following, circle the symbol that makes each statement true. a) The Potential Energy (PE) of the bead at Point E is ______ the PE of the bead at Point G. less than equal to greater than b) The Kinetic Energy (KE) of the bead at Point B is ______ the KE of the bead at Point H. less than equal to greater than c) The Total Mechanical Energy (Emech) of the bead at Point G is _____ the Emech of the beat at Point B less than equal to greater than d) The Kinetic Energy (KE) of the bead at point C is ______ the KE of the bead at Point F less than equal to greater than e) The Kinetic Energy (KE) of the bead at point J is ______ the KE of the bead at point D less than equal to greater tha
1 Expert Answer

Oliver A. answered 06/10/24
Expert tutor with a passion for teaching STEM subjects
Hey Haiden, here are the answers to the questions:
a) The Potential Energy (PE) of the bead at Point E is ______ the PE of the bead at Point G.
less than equal to greater than
Answer: greater than
b) The Kinetic Energy (KE) of the bead at Point B is ______ the KE of the bead at Point H.
less than equal to greater than
Answer: equal to
c) The Total Mechanical Energy (Emech) of the bead at Point G is _____ the Emech of the beat at Point B
less than equal to greater than
Answer: equal to
d) The Kinetic Energy (KE) of the bead at point C is ______ the KE of the bead at Point F
less than equal to greater than
Answer: equal to
e) The Kinetic Energy (KE) of the bead at point J is ______ the KE of the bead at point D
less than equal to greater than
Answer: less than
I hope that helps and let me know if you need further explanations!
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Muhammad Nabeel R.
To answer the questions about potential energy, kinetic energy, and total mechanical energy at different points, I would need information about the heights and velocities at each point.02/24/24