How far will the ball land from the cliff bottom

Reference no: EM13318579

1. A cannonball is fired horizontally at 200m/s off the top of a 50m tall cliff. Ignoring air resistance, how far will the ball land from the cliff bottom?

Reference no: EM13318579

Questions Cloud

What is the other planes speed relative to you : If your plane flies 100km/s west relative to the ground, and another plane flies 75km/s north relative to the ground

Find the approximate size of each image on her retina : A typical human eye is nearly spherical and usually about 2.5 cm in diameter. Find the approximate size of each image (coin and friend) on her retina

Make the decision on the spot for the team : Suppose you are making copies of some training materials for your team. You need to make some decisions, such as what type of paper to use or whether to make single- or double-sided copies. Your team likes to involve everyone when making decis..

Compute the number of moles of hci : From your experimental data, how many moles of calcium carbonate are in one TUMS tablet? D. Using the value in your answer to question C. calculate the number of moles of HCI that two TUMS Tablets can neutralize.

How far will the ball land from the cliff bottom : A cannonball is fired horizontally at 200m/s off the top of a 50m tall cliff. how far will the ball land from the cliff bottom

List and identify the organization internal strengths : List and identify the organization's internal strengths and weaknesses of the Best Buy. You will need to use online resources, so cite these in APA format for credit.

What is the specific gravity of this other fluid : A bottle has a mass of 27.00g when empty and 93.90g when filled with water. What is the specific gravity of this other fluid

What are the observable artifacts-espoused values : What are the observable artifacts, espoused values, and basic assumptions associated with Cisco’s culture? Explain.

Determine the angle that locates the dark fringe : In a Young's double-slit experiment the wavelength of light used is 476nm (in vacuum), Determine the angle that locates the dark fringe for which m = 0

User Account

All Pages