Solved

Find If Z = X Sin Y, Where X

Question 67

Multiple Choice

Find Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) if z = x sin y, where x = t2 + 2t + 1 and y = ln t.


A) Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) = 2(t + 1) sin(ln t) + Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) cos(ln t)
B) Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) = 2(t + 1) sin(t) + Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) cos(t)
C) Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) = 2(t + 1) sin(ln t) - Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) sin(ln t)
D) Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) = 2(t + 1) cos(ln t) + Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) sin(ln t)
E) Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) = 2(t + 1) sin(ln t) + Find if z = x sin y, where x = t<sup>2</sup> + 2t + 1 and y = ln t. A) = 2(t + 1) sin(ln t) + cos(ln t) B) = 2(t + 1) sin(t) + cos(t) C) = 2(t + 1) sin(ln t) - sin(ln t) D) = 2(t + 1) cos(ln t) + sin(ln t) E) = 2(t + 1) sin(ln t) + cos(ln t) cos(ln t)

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