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Question: A 0.35 kg ball is attached the end of a 1.4 m long string. The ball is swept around in a vertical circle. If the breaking strength of the string is 50 N,
Part A: What is the greatest speed that the ball can have?
I need tutor help to solve the above question and hint: Is the tension greatest at the top of the circle or at the bottom?
Consider the process AB is this TS diagram for 2 moles of SO3 with all degrees of freedom active. calculate the heat input to the gas
Pitman Co's tax rate is 40% for 2013 an all future years. At the end of 2013, the following deferred tax account and balance that should be reported on Pitman's balance sheet is?
If a mass m_a = 2m has intial velocity 4m/s and mass m_b = m is initially at rest, they undergo elastic collision. Calculate their final velocities after the collision
A lead bullet with a mass of 0.03 kg traveling at 187 m/s strikes an armor plate and comes to a stop. what is the temperature change
A mercury thermometer is constructed as shown below. Find the change in height of the mercury column that occurs with a temperature change of 24.0°C
Placing an object in a beaker filled with water causes displacement of some water. Calcualte the buoyant force on the object
You step onto a hot beach with your bare feet. How much time does it take for the impulse
A third point particle that has a charge equal to Q = 13q sits at the apex of the triangle. A fourth point particle that has charge q' is placed at the midpoint of the baseline making the electric field
On a day of 30 degrees celcius, full sun, how hot would a granite paver get? Will a dark grey one get much hotter than an off white coloured one.
Consider an atom of sulfur (chemical symbol S), How many electrons does a neutral atom of sulfur have
A uniform thin ring of charge, with radius 3.80 centimeter and total charge 7.00 μC, is situated in the yz-plane and centered on the origin. Find the minimum initial velocity required for the particle to get past the center of the ring and come out ..
A 798 kg satellite is in a circular orbit about the Earth at a height above the Earth equal to the Earth's mean radius. Find the period of its revolution
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