I would like to see this problems done with as much explanation as possible if anyone has a couple mins plz... theyre problems #52 and #54 from the chapter 1 - chapter problems of tiplers 6th ed. phys for engg and scientists.

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Particles of mud are thrown from the rim of a rolling wheel. Ifthe forward speed of the wheel is v₀,and the radius of the wheel is b, show that the greatest heightabove teh ground that the mud can go is

b+(vo^2)/(2g)+(gb^2)/(2vo^2)

at what point on the rolling wheel does this mud leave?

(note: It is necessary to assume that vo^2 â¥ bg.)

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This is a question from the book "Analytical Mechanics" seventhedition by fowles and cassiday. chapter 4 problem 7. cramster "has"the solution worked out but two problems. 1) it's wrong and 2) itis damn near impossible for me to follow.

The person doing the problem just pulls random equations out touse without saying why. If i knew why they were being used thatwould basically solve most of my problems about the question. Alsothe few discriptions the problem has seems to have very badgrammar/punctuation and so trying to follow it is nearimpossible.

So any work through of the problem would be great. But more ofwhat I'm looking for is what should be going through one's mindwhen proceeding with the problem? What equations should be used andWHY?

Problem number 25 from Chapter 4 in "PhysicsforScientistsandEngineers" (8th ed.) - Serway|Jewett

A boy stands on a diving board and tosses a stoneintoaswimmingpool. The stone is thrown from a height of 2.50mabovethe watersurface with a velocity of 4.00 m/s at theangleof60.0^oabove the horizontal. As the stonestrikesthewater surface, itimmediately slows down to exactly halfthespeedit had when it struckthe water and maintains that speedwhileinthe water. After the stoneenters the water, it moves inastraightline in the direction of thevelocity it had when itstruckthewater. If the pool is 3.00 m deep,how much timeelapsesbetweenwhen the stone is thrown and when itstrikes thebottom ofthepool.

I don't understand how to do this problem. I can setupadiagramand I know what it is looking for, but I don't knowhowtogetthere.

Hi I need help to solve this problems it would really help me tostudy, hopefully someone can help me with as much details aspossible. (formuas, explanations, etc) thank you in advance!

1. A 50.0 kÎ© resistor is connected with a 30.0 Î¼F capacitor and a15.0 V battery with negligible internal resistance. Find the timefor the capacitor to be charged from 0 to 75% of its maximumcharge.

2. A point charge q₁ =5.00nC is placed at x=4.00cm,and a second point charge q_{2=-3.00 nC is placed at x= 6.00cm.}

a)What is the magnitude and direction of the electric field dueto the charges, at the origin x= 0cm?

b) What is the magnitude of the electrical potential at theorigin?

c) What would be the magnitude and the direction of the electricforce on a Q= 8.0nC charged particle subsequently place at theorigin?

d) How much work would be required to place Q ate the origin?Assume that the electric potential at infinity is 0.

Thank you!

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I would like to see this problems done with as much explanation as possible if anyone has a couple mins plz... theyre problems #52 and #54 from the chapter 1 - chapter problems of tiplers 6th ed. phys for engg and scientists.

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