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Find the Evolute (T) of the Curve R(t) =

Question 71

Multiple Choice

Find the evolute Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k (t) of the curve r(t) = ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) i + ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) j + 2k.


A) Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k = - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) i + ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) j + 2k
B) Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k = ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) i + ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) j + 2k
C) Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k = ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) i - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) j
D) Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k = - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) i - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) j
E) Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k = - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k sin t) i - ( Find the evolute (t) of the curve r(t) = ( cos t) i + ( sin t) j + 2k. A) = - ( sin t) i + ( cos t) j + 2k B) = ( sin t) i + ( cos t) j + 2k C) = ( sin t) i - ( cos t) j D) = - ( sin t) i - ( cos t) j E) = - ( sin t) i - ( cos t) j + k cos t) j + k

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