G
Loading ...
8
B
H
Wait for it ..
I
7
Objective: To analyze the torques experienced by an object in order to determine if the object is experiencing an angular acceleration.
A
You are NOT using this Concept Builder as a Logged-in student. You may log in and return to this page. Or you can do this Concept Builder as a Guest. If you continue as a Guest, a record of completing it will NOT be stored in the database.
Start
C
J
6
D
K
5
You are currently logged in with the username shown below. As long as you maintain an internet connection, your progress on each part of this Concept Builder will be saved in your account.
Tap on the Start Button to begin.
Version 2.2
O
L
4
P
Q
Balanced vs. Unbalanced Torques
M
3
R
capOff
X
9
2
Shift
1
-
Y
0
S
Z
N
T
U
Backspace
V
Use Key Pad to Enter Name. Then Tap the Enter Button.
E
Space
Enter
F
W
Apprentice Level
4 Questions
Given two torques, determine if they are balanced and whether there is an angular acceleration.
Pick from among the three levels of difficulty -
Apprentice Level, Master Level, and Wizard Level.
Master Level
Completed
Student Name:
Master Level
4 Questions
Given two forces and their points of application, determine if the torques balance and whether there is an angular acceleration.
Begin Wizard Level
Wizard Level
Completed
Begin Apprentice
Begin Master Level
Wizard Level
4 Questions
Given three or four forces and their points of application, determine if the torques balance and whether there is an angular acceleration.
Apprentice Level
Completed
You have done it!
You have successfully analyzed each of the situations.
You have completed the Apprentice Difficulty Level.
You have done it!
You have successfully analyzed each of the situations.
You have completed the Wizard Difficulty Level.
You have done it!
You have successfully analyzed each of the situations.
You have completed the Master Difficulty Level.
Continue
Return to Main Menu
O’ Drats!
Your answer is incorrect. You’ll see a similar question very soon. Use the Help button to improve your chances of getting it correct. Click Continue.
#4
#3
#2
Level:
#1
#8
#7
Unbalanced
#10
#6
Balanced
#5
#9
#12
Tap for Question-Specific Help
No, Stay Here
#11
Help Me!
View Directions
If you return to the Main Menu, then you will lose all your progress
for this level.
Are you sure you want to return to the Main Menu?
Yes, Return
Will the combined effect of these torques cause the beam to undergo an angular acceleration?
Check Answers
No
Yes
Are these torques balanced or unbalanced?
Progress Report
To Main Menu