8) Let B be a rigit body rotation is described w Lsee frgure below), and" P be on B, d distance from P to the axis (w-vector), r the position vector of P. Then, Velocty vector can by by a vector V of P be vepresented N= WXr. b Coregn) Let w= (0,0, 10), r=(1,!,!) Cokalate v? (velbaity of P). 3
8) Let B be a rigit body rotation is described w Lsee frgure below), and" P be on B, d distance from P to the axis (w-vector), r the position vector of P. Then, Velocty vector can by by a vector V of P be vepresented N= WXr. b Coregn) Let w= (0,0, 10), r=(1,!,!) Cokalate v? (velbaity of P). 3
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![8) Let B be a
rigit body . Hs
rotation is described by
vector
w Lsee frgure below), and' P be
on B, d distance from
p to the axis (w-vector), r the positon
vector of P. Then, Velocity vector
can by
any pont'
v of P
be vepresented
N= Wxr.
o lorergm)
Let w=(0,0, 10), r=(1,\,).
Calculate v?
(Velocity of P).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F521e4548-ba88-4dd2-b16a-1dd14c968dbb%2F32844bd4-5faa-47a2-8604-ccc265956668%2F8poluv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8) Let B be a
rigit body . Hs
rotation is described by
vector
w Lsee frgure below), and' P be
on B, d distance from
p to the axis (w-vector), r the positon
vector of P. Then, Velocity vector
can by
any pont'
v of P
be vepresented
N= Wxr.
o lorergm)
Let w=(0,0, 10), r=(1,\,).
Calculate v?
(Velocity of P).
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