Cramster.com - Homework Solutions, Lecture Notes, Exams, and Free Online Homework Help
Sign Up Now! Login Customer Support Cramster Blog
McAfee Secure sites help keep you safe from identity theft, credit card fraud, spyware, spam, viruses and online scams
Problem Solved.
    Home    
    Homework Help    
   Answer Board   
    Resources (Beta)    
   
Member's Topic Headline:

l

Know the answer? Have a better solution? Share it.
Sign Up Now for FREE!
Join the thousands of students
getting ahead in their classes.
Member Testimonials

Question:

Advertisement:

Answer | Ask New Question | Customize Profile | Leaderboards | 
FAQ

Member's Avatar

Scholar
Karma Points: 206
Respect (100%):
Date Posted: 5/28/2008 8:44:31 PM  Status: Live
l
Course Textbook Chapter Problem
Calculus Based Physics Physics (3rd) by Walker N/A N/A
Question Details:

l

Bonus Point Alert! Earn +4 additional karma points for helping this annual member.

Answers:

Member's Avatar

Mentor
Karma Points: 563
Date Posted: 5/28/2008 8:51:53 PM  Status: Live
Asker's Rating: Lifesaver   
Response:
the formula for period is T=2π√(l/g)
in order to have a period of 1 sec... on earth
1sec=2π√(l//9.8m/s2)
(1/2π)2 x 9.8m/s2 =l=.248m if taken to a different planet with same length a= lets say 10m/s2
T=2π√(.248m/10m/s2)
T=.99sec
period is smaller cuz the pendulum accelerates faster.
 
tower's Comment:
thank u sir

Member's Avatar

Expert
Karma Points: 1,024
Date Posted: 5/28/2008 8:53:19 PM  Status: Live
Asker's Rating: Helpful   
Response:
we know that time period of a simple pendulum is 
from here time period is inversly proportional to the gravity.
so, if gravity increases time period decreases.
Therfore i think the time period will be less than 1 sec.
tower's Comment:
thank u





By reading or posting messages on these forums, you are agreeing to the Answer Board's Terms of Service and Conduct (TSC).


About Cramster | Terms of Use | Privacy Policy | Contact Us | Press Room | Site Map | Support | Anti-Cheating Policy

Cramster.com is not affiliated with any publisher. Book covers, title and author names appear for reference only.
Copyright © 2008 Cramster, Inc.