10:58 AM | 0.3KB/s 41 VPN 61% ↓ Condition-1 Translational Equilibrium- ΣΕΞΟ mã = o a = 0 So acceleration is zero, we can say that- i) object is moving with constant velocity V= constant a = o ii) when acceleration is zero that object does not have a translational motion (a=0) ii) The object can be in rest Step:2 Rotational Equilibrium - When the vector sum of the external torques on the object are zero then we sat that the object is in rotational equilibrium. Condition-2 Rotational Equilibrium- Στο = 0 12. 2=0 If angular acceleration is zero we can say that- i) object is rotating with a constant angular Velocity. w= constant then α = 0 ii) If object is not rotating then angular acceleration will be zero. 60=0, then α = 0 iii) The object is in rest then α=0 √x go Do
10:58 AM | 0.3KB/s 41 VPN 61% ↓ Condition-1 Translational Equilibrium- ΣΕΞΟ mã = o a = 0 So acceleration is zero, we can say that- i) object is moving with constant velocity V= constant a = o ii) when acceleration is zero that object does not have a translational motion (a=0) ii) The object can be in rest Step:2 Rotational Equilibrium - When the vector sum of the external torques on the object are zero then we sat that the object is in rotational equilibrium. Condition-2 Rotational Equilibrium- Στο = 0 12. 2=0 If angular acceleration is zero we can say that- i) object is rotating with a constant angular Velocity. w= constant then α = 0 ii) If object is not rotating then angular acceleration will be zero. 60=0, then α = 0 iii) The object is in rest then α=0 √x go Do
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Question
![10:58 AM | 0.3KB/s 41
VPN
61%
↓
Condition-1 Translational Equilibrium-
ΣΕΞΟ
mã = o
a = 0
So acceleration is zero, we can say that-
i) object is moving with constant velocity
V= constant a = o
ii) when acceleration is zero that object does
not have a translational motion (a=0)
ii) The object can be in rest
Step:2
Rotational Equilibrium - When the vector sum of the external torques on the
object are zero then we sat that the object is in rotational equilibrium.
Condition-2 Rotational Equilibrium-
Στο
= 0
12.
2=0
If angular acceleration is zero we can say that-
i) object is rotating with a constant angular
Velocity.
w= constant then α = 0
ii) If object is not rotating then angular
acceleration will be zero.
60=0,
then
α = 0
iii) The object is in rest then α=0
√x
go
Do](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0a16e92c-36dd-4549-bb56-f4c0896ccdd9%2F65a18235-e06f-4d90-9d95-db8f176d3e71%2Fgfe4dqv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10:58 AM | 0.3KB/s 41
VPN
61%
↓
Condition-1 Translational Equilibrium-
ΣΕΞΟ
mã = o
a = 0
So acceleration is zero, we can say that-
i) object is moving with constant velocity
V= constant a = o
ii) when acceleration is zero that object does
not have a translational motion (a=0)
ii) The object can be in rest
Step:2
Rotational Equilibrium - When the vector sum of the external torques on the
object are zero then we sat that the object is in rotational equilibrium.
Condition-2 Rotational Equilibrium-
Στο
= 0
12.
2=0
If angular acceleration is zero we can say that-
i) object is rotating with a constant angular
Velocity.
w= constant then α = 0
ii) If object is not rotating then angular
acceleration will be zero.
60=0,
then
α = 0
iii) The object is in rest then α=0
√x
go
Do
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