× Didn't find what you were looking for? Ask a question
Top Posters
Since Sunday
a
5
k
5
c
5
B
5
l
5
C
4
s
4
a
4
t
4
i
4
r
4
r
4
This topic contains 2 attachments.
Home Q & A Board Science-Related Homework Help Physics
New Topic  
yncr yncr
wrote...
Go to Answer
6 years ago
A horizontal force of magnitude 6.5 N is exerted tangentially on a Frisbee of mass 32 grams and radius 14.3 cm. Assuming the Frisbee, a uniform disk, is originally at rest and the force is exerted for 0.08 s, determine the angular velocity of rotation about the central axis when the Frisbee is released.
Read 195 times
3 Replies
Replies
Answer verified by a subject expert
joshbauerjoshbauer
wrote...
#1
Posts: 381
Rep: 5 0
6 years ago
Sign in or Sign up in seconds to unlock everything for free
1

Related Topics

wrote...
#2
2 years ago
A horizontal force of magnitude 6.5 N is exerted tangentially on a Frisbee of mass 175 grams and radius13.7cm. Assuming the Frisbee, a uniform disk is originally at rest and the force is exerted for 0.12s, determine the final angular velocity of the Frisbee about is central axis.
wrote...
#3
2 years ago
Quote from: eclarkie (2 years ago)
A horizontal force of magnitude 6.5 N is exerted tangentially on a Frisbee of mass 175 grams and radius13.7cm. Assuming the Frisbee, a uniform disk is originally at rest and the force is exerted for 0.12s, determine the final angular velocity of the Frisbee about is central axis.
 Attached file(s) 
Thumbnail(s):
You must login or register to gain access to these attachments.
New Topic      
Quick Reply
Explore
Post your homework questions and get free online help from our incredible volunteers
  967 People Browsing
Start New Topic Take the Tour CoursesNew Study Tools Topics Trending Browse by Textbook
Live Chat
Related Images
  
 171
  
 351
  
 138