Calculate the height from which the ball is released

Reference no: EM13695605

Solve the following question:

Question I: It takes 2.40 s for a small ball with a mass of 0.120 kg released from rest from a tall building to reach the ground. Calculate the height from which the ball is released.

Question II: If that ball had been released from the same height, but this time above the surface of the moon, how long would it have taken for the ball to hit the ground?

You must show your work in an efficient manner so I can understand it in clearly.

Reference no: EM13695605

Questions Cloud

Calculate the amplitude at point on the string : A string with both ends held fixed is vibrating in its third harmonic. Calculate the amplitude at point on the string a distance of 23 cm from the left-hand end of the string

What is the darts kinetic energy as it leaves the gun : In compressing the spring in a toy dart gun, 0.2 J of work is done. What is the darts kinetic energy as it leaves the gun

What is the pressure of the hydrogen in the flask : Question- A piece of zinc is dropped into a hydroiodic acid solution. The gas produced is collected at a temperature of 40oC in a 2.00L flask. Its pressure is measured as 0.245 atm. What is the pressure of the hydrogen in the flask

What was its average speed on the second half : A race car completes a lap on a 1600 m long track with an average speed of 250 km/h. What was its average speed on the second half

Calculate the height from which the ball is released : It takes 2.40 s for a small ball with a mass of 0.120 kg released from rest from a tall building to reach the ground. Calculate the height from which the ball is released

Define the relative sweetness of sugar : Question- The relative sweetness of sucralose is 60000. The relative sweetness of sugar is 100. How many grams of sucralose would you need for a solution that has the same sweetness as one made of 2.00g of sugar?

Find point between them where electric field strength zero : A 3.0 µC positive charge is located at the origin and a 2.0 C positive charge is located at x=0.0 m, y=1.0 m. Find the point between them where the electric field strength is zero

Explain bromination took place at the position on the ring : Question- For the substituent in this experiment that was found to be least activating, explain why Bromination took place at the position on the ring indicated by the experimental results

What is the direction of the electric force : The dipole moment of the water molecule (H2O) is 6.17 x 10-30 C.m. Consider a water molecule located at the origin whose dipole moment p points in the +x-direction. What is the direction of the electric force

User Account

All Pages