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Let C Be the Space Curve Given by R(t) =

Question 62

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Let C be the space curve given by r(t) = (t - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k ) i + 3t j + (2t - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k ) k. The unit binormal to curve C at t = 0 is given by


A) - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k i - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k j + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k k
B) - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k i + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k j + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k k
C) - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k i + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k j + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k k
D) - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k i - Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k j + Let C be the space curve given by r(t) = (t - ) i + 3t j + (2t - ) k. The unit binormal to curve C at t = 0 is given by A) - i - j + k B) - i + j + k C) - i + j + k D) - i - j + k E) - k k
E) - k

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