The class I'm taking is physics for scientists and engineers!I am completely stuck . please help. please post step-by-step solution to help me better understand . I have attached problem. Please view BOTH attachments before answering. Thank you! a) Show that the following equation is a solution to Newton's second lawEF= ma for a pendulum, (of length L) provided that w =L(Hints: what is the relationship between acceleration, position, and velocity?Also, use the small angle approximation sin 0 = 0)0 = Oocos(@t + 4) b) On mars, the local gravity is gmars = 0.38 gearth. If a pendulum of length Lsupporting a mass M is moved from earth to mars, what is the percentagechange in its period?

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Answered: a) Show that the following equation is…

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The class I'm taking is physics for scientists and engineers! I am completely stuck. Need help. I have attached the problem. Please view both attachments before answering. I have lised the link to the simulator below as well. I am extremely stuck, any helpnis appreciated! Thank you!
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e Get live help whenever you need from online tutors!Try bartleby tutor todayarrow_forward Oh no! Our expert couldn't answer your question. Don't worry! We won't leave you hanging. Plus, we're giving you back one question for the inconvenience. Here's what the expert had to say: Hi and thanks for your question! Unfortunately, it looks incomplete. Please resubmit the question with the figure. We've credited a question back to your account. Apologies for the inconvenience. Ask Your Question Again 25 of 30 questions left this cycle Renews on 1/18/21 Question The spring shown in the figure is compressed 80.0 cm and is used to launch a 82kg. physics student along a frictionless track, Given values are K= 85000 Nm and Height = 11m. What is the student’s speed (in m/s) just after losing contact with the spring? 2. What was the student’s speed (in m/s) at the bottom of the hill? 3. How far up the incline (in meters) does the student slide? Please use…
Stuck need help! Problem is attached. please view attachment before answering. Really struggling with this concept. Please explain so I can better understand ! Thank you so much
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physics, Quickly please solve queeeeestion 21

a) Show that the following equation is a solution to Newton's second law ΣF: = ma for a pendulum, (of length L) provided that w = (Hints: what is the relationship between acceleration, position, and velocity? Also, use the small angle approximation sin 0 = 0) 0 = Oocos(@t + ¢) %3D