1. A Ping-Pong ball has a diameter of 3.8 cm and average density of 0.084 g/cm3. What force is required to hold it completely submerged under water?

2. A tank with a cover, containing a liquid of density p, has a hole in its side at the distance y1 from the bottom. The diameter of the hole is small relatively to the diameter of the tank. The air above the liquid is maintained at a pressure P. Assume steady frictionless flow and show that the speed at which the fluid leaves the hole when the liquid is a distance h above the whole is.... (see attachment for remainder of the questions).

This solution is provided in 869 words in an attached file. Bernouille's equation is used to determine velocity, and multiple diagrams are used for the problems to further understanding of the solution, along with step-by-step equations.

... a steady speed of 1.50 m/s. (a) Calculate the resistive ... b) As calculated above, velocity at the bottom after the ... Or 1.23 = Force x 4/100 or Force exerted by ...

... Any coefficients in the front are used as the powers. ... of N2 and 0.040 M of O2, calculate the equilibrium... Increasing the pressure will force more NO and Br2 to ...

... a volume of 100 m3 of air at 300 K. Calculate the energy... Work done by force F over distance x is. ... The power (the rate of work) is the derivative with respect to ...

... collisions are elastic, what are the average force and the ...Calculate the rate of your energy loss by exhaling ... 8. A Carnot engine has a useful power output of ...

... 1 . The Gaussian integral is √ easily calculated in terms of ... the entropy, we need to calculate the logarithm ... in energy level Er , the generalized force is X ...

... are shown various forces acting on the box ... its current speed is 88 m/s, calculate the magnitude ... travels horizontally, ie neglect gravity and the buoyant force. ...

... g) - 2 NO2(g) at 30ºC calculate the equilibrium... make more) or adding a reactant (forcing the reaction ... the reactant by making product) will force the reaction ...

... ω and/or angular acceleration α or some power of these ... tends to rotate it about an axis can be calculated). ... 12N Torque τ = Force x Radius of the pulley = 12 ...

... body diagram and identify the reaction forces to all the forces on the ... b) Calculate the minimum ... With pulling at an angle the component of the force in vertical ...

... The solution shows how to calculate the electric field and potential ... is connected to a spring of force constant k ... in a distance 1/k and calculate this distance ...