What is the initial speed of the putty

Reference no: EM13530845

A 11 kg block is at rest on a level floor. A 380 g glob of putty is thrown at the block such that it travels horizontally, hits the block, and sticks to it. The block and putty slide 15 cm along the floor. If the coefficient of sliding friction is 0.40, what is the initial speed of the putty?

m/s

Reference no: EM13530845

Questions Cloud

What was the experience in the past few years : What is the growth rate in sales for the past three years and are revenues and expenses growing at the same rate? What was the experience in the past few years?

Explain is the the density of ethylene glycol : 15mL of radiator liquid (water + ethylene glycol) from a car has a mass of 15.69g. Is the the density of ethylene glycol greater or less than that of water

Calculate with what initial velocity was it kicked : A football is kicked 50.4 meters. If the ball is in the air 4.54 s, with what initial velocity was it kicked

Evaluate the density you would expect for heavy water : Calculate the density you would expect for heavy water by assuming that deuterium (^2H or ^2D) is the same size as normal hydrogen (^1H) when it is part of the water.

What is the initial speed of the putty : A 11 kg block is at rest on a level floor. A 380 g glob of putty is thrown at the block such that it travels horizontally, what is the initial speed of the putty

Explain how much ice have to melt to lower the temperature : How much ice (in grams) would have to melt to lower the temperature of 352 of water from 26 to 5. (Assume the density of water is 1.0)

What is the frequency and speed of this wave : A transverse wave propagates in the positive x-axis with a wavelength of .3m and a period of .001s. What is the frequency and speed of this wave

Find the tension in the string between the blocks : Two blocks, joined by a string, have masses of 6.0 and 9.0 kg. They rest on a frictionless horizontal surface. Find the tension in the string between the blocks

How to calculate h3o+ for the resulting system : Write the eqn for each large-extent B/L A/B rxn which occurred on making this mixture. Do this by starting with the rxn that involves the strongest B/L A with the strongest B/L B. Label this rxn (i). Continue writing eqns in this "strength order" ..

User Account

All Pages