R(t) = (-1 + T 3 )i - 2t J; 1$\le$ T$\le$

The Answer of R(t) = (-1 + T 3 )i - 2t J; 1$\le$ T$\le$

R(t) = (-1 + T 3 )i - 2t J; 1$\le$ T$\le$

The Answer of R(t) = (-1 + T 3 )i - 2t J; 1$\le$ T$\le$

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R(t) = (-1 + T³)i - 2t J; 1 $\le$ T $\le$

Question 36

Multiple Choice

r(t) = (-1 + t³) i - 2t j; 1 $\le$ t $\le$ 2. Find the distance.

A) $r(t) = (-1 + t3) i - 2t j; 1 \le t \le 2. Find the distance. A) B) C) D) 9 E) 81$
B) $r(t) = (-1 + t3) i - 2t j; 1 \le t \le 2. Find the distance. A) B) C) D) 9 E) 81$
C) $r(t) = (-1 + t3) i - 2t j; 1 \le t \le 2. Find the distance. A) B) C) D) 9 E) 81$
D) 9
E) 81

R(t) = (-1 + T3)i - 2t J; 1 ≤\le≤ T ≤\le≤

Multiple Choice

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R(t) = (-1 + T³)i - 2t J; 1 $\le$ T $\le$

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