What is the terminal speed of the marble

Assignment Help Physics

Reference no: EM13281529

A boy on board a cruise ship drops a 30.0 g marble into the ocean. If the resistive force proportionality constant is 0.500 kg/s, what is the terminal speed of the marble in m/s?

Reference no: EM13281529

Questions Cloud

State the physical and chemical properties of the substances : If a reaction between Zn and I2 takes place, are the physical and chemical properties of the substances isolated during and after mixing the same as or different from those of Iodine and Zinc? Explain using the reaction as an example.

Difference between epoxy grout-cement grout : What is the difference between epoxy grout, cement grout and cement mortar?

Calculate the resistivity at room temperature : an N-type silicon substrate with doping density of 1015 cm-3 Arsenic is to be converted in tp p-type by Boron diffusion so the resistivity at T=75C is 5Ω-cm all atoms are fully ionized

The fourth period the asset disappears : In the fourth period, if the asset survives, you will be 10. the fourth period the asset disappears. The interest rate between periods is 0 percent. How much is your asset worth today ?

What is the terminal speed of the marble : A boy on board a cruise ship drops a 30.0 g marble into the ocean. what is the terminal speed of the marble

Statement is correct as regard to up milling : Which of the following statement is correct as regard to up milling?

State and explain the net ionic equation : write the net ionic equation, excess concentrated sulfuric acid is added to solid calcium phosphate

Find what is the resistnace between the two faces : A large brass washer has a 2 cm inside diameter, a 5 cm outside diameter, and is 0.5 cm thick. Its conductivity is s=1.5 X 107 S/m. The washer is cut in half along a diameter, and a voltage is applied between the two rectangular faces of one part.

Calculate the torque on the center of mass of the rod : A uniform rod of length 0.940 m and mass 11.0 kg is balanced on a sharp edge at 0.670 m from the left end. Calculate the torque on the center of mass of the rod alone with respect to the pivot point

User Account

All Pages