Determine the frequency of the motion

Reference no: EM13990682

1. At t = 0, a 740g mass at rest on the end of a horizontal spring (k = 115N/m) is struck by a hammer, which gives it an initial speed of 2.82m/s. Determine the period of the motion.

2. Determine the frequency of the motion.

3. Determine the amplitude.

4. Determine the maximum acceleration.

5. Determine the total energy.

Reference no: EM13990682

Questions Cloud

Write a simple shell program : Execute commands with multiple arguments - You are asked to write a simple shell program called minish.

What''s a good way to memorize the elements in chemistry : What's a good way to memorize the elements in Chemistry? I know it's a dumb question but are there any suggestions for quick memorization? What is recommended?

Usefulness of the resulting estimator : The problem is to estimate e-λ. Let V be an unbiased estimator of e-λ, so that V (k) is defined for k = 1, 2,..., with J,k≥1 e- λλk V (k)/(k!(1 - e -λ)) = e -λ, for all λ > 0. Solve, if possible, for the V (k) and comment on the properties and use..

An oxide of vanadium is 43.99% oxygen by mass : An oxide of vanadium is 43.99% oxygen by mass. What is the empirical formula of this oxide?

Determine the frequency of the motion : At t = 0, a 740g mass at rest on the end of a horizontal spring (k = 115N/m) is struck by a hammer, which gives it an initial speed of 2.82m/s. Determine the period of the motion. Determine the frequency of the motion.

Decrease as you go across the periodic table : Does the ionization energy increase or decrease as you go across the periodic table?

Identify and describe an example of interdependent variances : The differences identified in variance analysis are often interdependent. Identify and describe an example of interdependent variances, and discuss the trade-off that exists.

Difference between emission and absorption spectrums : What is the difference between emission and absorption spectrums?

Consult on an firm project for the oleary organisation : Consult on an FIRM project for the O'Leary Organisation, a medium sized manufacturing firm employing around 200 employees and contractors; the firm's located in Sydney's western suburbs.

User Account

All Pages