The angular velocity vector AB -1.5 î+ 2₁+ k² a. = W 6 [ (AB) (1.52 +2²+1²) 1/2 -3.3421 +4.4561¹ + 2.228 k had/s = Similarly angular aceleration = x AB 1731 11.11 14.81-7.42 ½ rad/s² - ४

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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This is the answer
plz write clear hand
written plzz
The angular velocity vector
AB 6
=
w = w
Ta
¯- 1.5₁² + 2ĵ+ k²
(1.52 +2².
(AB)
+1²) 1/²
-3.3421 +4.4561 +2.228 k had/s
Similarly angular aceleration
2
AB
1731
11.11 - 14.81 - 7.42 k rad/5²
= x
Velocity of the point c.
-->
v₁ =
W X BC
X
[-3.3421+4.456+2₁228k² ] × [1.5j]
=
-3.3421-5,013 K²
=
The aneleration of point C
-7
2 x BC +
=
ас
3x (2²+ BC)
centripetal
Aangential
= -11.2 ₁² - 24.21 +31.6 k m/s²
Transcribed Image Text:This is the answer plz write clear hand written plzz The angular velocity vector AB 6 = w = w Ta ¯- 1.5₁² + 2ĵ+ k² (1.52 +2². (AB) +1²) 1/² -3.3421 +4.4561 +2.228 k had/s Similarly angular aceleration 2 AB 1731 11.11 - 14.81 - 7.42 k rad/5² = x Velocity of the point c. --> v₁ = W X BC X [-3.3421+4.456+2₁228k² ] × [1.5j] = -3.3421-5,013 K² = The aneleration of point C -7 2 x BC + = ас 3x (2²+ BC) centripetal Aangential = -11.2 ₁² - 24.21 +31.6 k m/s²
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