When a body rotating along the circular path has unit linear velocity, its angular
velocity is equal to _____________ of the circular path.
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RECIPROCAL OF RADIUS
linear speed of a body = 1 unit
time duration to cover one circle = circumference / speed
= 2 π R / linear speed = 2π R / 1 unit = 2πR units
angle it covers in one revolution = 2 π units
so angular velocity = angle covered / time duration = 2 π / 2 π R
= 1/R = 1 / Radius of circular path
linear speed of a body = 1 unit
time duration to cover one circle = circumference / speed
= 2 π R / linear speed = 2π R / 1 unit = 2πR units
angle it covers in one revolution = 2 π units
so angular velocity = angle covered / time duration = 2 π / 2 π R
= 1/R = 1 / Radius of circular path
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When a body rotating along the circular path has unit linear velocity, its angular velocity is equal to radius of the circular path.
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