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cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function

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Page 1: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 2: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 3: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 4: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 5: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 6: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 7: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function
Page 8: cims.nyu.educem9/old_teaching/s16_1321/hw12.pdf · 50 10 = 40. (t2 + 1) i + (t3 + t) j, 0 < t < I, so r' (t) = 2ti + (3t2 + 1) j. Since 2. C is represented by the vector function