Pages File Edit Insert Format Arrange View Share Window Help * 41% O Fri 4:17 PM 7 lab 7 b Answei 121% v A bị View Format Document -4deb... Zoom Add Page Insert Table Chart Text Shape Media Comment Collaborate Arrange E Apps 3 Home - Object Placement Stay on Page Move with Text Text Wrap Ma E None y? Pay parti... EA: EAE =>I= (V - IBro)/R = ((1.50V) - [(0.02m)(1.20 T) ate sy... IV = tw + (I^2)R ==> !V = =(HHB1)o + (IA2)R == (0.04m)(8.0 a rad/s)]/(10.02) = 0.148A (IV- zeR=I^2=(IV =(b@/R = HK0.02m)(1,20 T)(0.04m)(e = 8,0#r4dle}}=1,46A Text Fit Spacing Alpha (+lbrVR=V/R=Į=V(1+lbre)=(1-50V) Back Front Backward Forward Align Distribute 3. Find the magnitude and direction of the forces on each of the wires below: L= 1.00 m F=ILxBsin(90)-600 µN (upwards) Size 2.15 in : 0.94 in : | = 5.00A Width Height O OB = 120. µT M Constrain proportions Position 1.3 in : 4.17 in : L= 1.00 m Rotate | = 5.00A d = 0.0200m | = 4.00 A B1: (4x10^-7)(pi)(4)/0.02pi = 0.00008 N (downwards) Angle Flip B2: (4x10^-7)(pi)(5)/0.02pi = 0.0001 N (upwards) Lock Unlock Group Ungroup Privacy - Terms completed-tra.p Show All APR PADES

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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How do you do the second part of question 3? The one with the 2 wires running parallel to eachother. I have work there but disregard it because it may be wrong. Thanks

Pages File Edit Insert Format Arrange View Share Window Help
* 41% O
Fri 4:17 PM
7 lab 7
b Answei
121% v
A bị View
Format Document -4deb...
Zoom
Add Page
Insert
Table
Chart
Text
Shape
Media
Comment
Collaborate
Arrange
E Apps
3 Home -
Object Placement
Stay on Page
Move with Text
Text Wrap
Ma
E None
y? Pay parti...
EA:
EAE
=>I= (V - IBro)/R = ((1.50V) - [(0.02m)(1.20 T)
ate sy...
IV = tw + (I^2)R ==> !V = =(HHB1)o + (IA2)R ==
(0.04m)(8.0 a rad/s)]/(10.02) = 0.148A
(IV- zeR=I^2=(IV =(b@/R =
HK0.02m)(1,20 T)(0.04m)(e = 8,0#r4dle}}=1,46A
Text Fit
Spacing
Alpha
(+lbrVR=V/R=Į=V(1+lbre)=(1-50V)
Back
Front
Backward Forward
Align
Distribute
3. Find the magnitude and direction of the forces on each of the wires below:
L= 1.00 m
F=ILxBsin(90)-600 µN (upwards)
Size
2.15 in :
0.94 in :
| = 5.00A
Width
Height
O OB = 120. µT
M Constrain proportions
Position
1.3 in :
4.17 in :
L= 1.00 m
Rotate
| = 5.00A
d = 0.0200m
| = 4.00 A
B1: (4x10^-7)(pi)(4)/0.02pi = 0.00008 N (downwards)
Angle
Flip
B2: (4x10^-7)(pi)(5)/0.02pi = 0.0001 N (upwards)
Lock
Unlock
Group
Ungroup
Privacy - Terms
completed-tra.p
Show All
APR
PADES
Transcribed Image Text:Pages File Edit Insert Format Arrange View Share Window Help * 41% O Fri 4:17 PM 7 lab 7 b Answei 121% v A bị View Format Document -4deb... Zoom Add Page Insert Table Chart Text Shape Media Comment Collaborate Arrange E Apps 3 Home - Object Placement Stay on Page Move with Text Text Wrap Ma E None y? Pay parti... EA: EAE =>I= (V - IBro)/R = ((1.50V) - [(0.02m)(1.20 T) ate sy... IV = tw + (I^2)R ==> !V = =(HHB1)o + (IA2)R == (0.04m)(8.0 a rad/s)]/(10.02) = 0.148A (IV- zeR=I^2=(IV =(b@/R = HK0.02m)(1,20 T)(0.04m)(e = 8,0#r4dle}}=1,46A Text Fit Spacing Alpha (+lbrVR=V/R=Į=V(1+lbre)=(1-50V) Back Front Backward Forward Align Distribute 3. Find the magnitude and direction of the forces on each of the wires below: L= 1.00 m F=ILxBsin(90)-600 µN (upwards) Size 2.15 in : 0.94 in : | = 5.00A Width Height O OB = 120. µT M Constrain proportions Position 1.3 in : 4.17 in : L= 1.00 m Rotate | = 5.00A d = 0.0200m | = 4.00 A B1: (4x10^-7)(pi)(4)/0.02pi = 0.00008 N (downwards) Angle Flip B2: (4x10^-7)(pi)(5)/0.02pi = 0.0001 N (upwards) Lock Unlock Group Ungroup Privacy - Terms completed-tra.p Show All APR PADES
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