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Calculate Dz, Where M Is the Surface Given $\le$

Question 61

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Calculate $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ dx $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ dz, where M is the surface given by z = $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ , 0 $\le$ z $\le$ 1, using the following parametrizations: (i) (x, y, z) = p( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ , $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ ) = ( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ cos( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ ) , $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ sin( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ ) $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ )
(ii) (x, y, z) = p( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ , $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ ) = ( $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ , $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ , $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ )

A) (i) $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ (ii) - $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$
B) (i) $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ (ii) 0
C) (i) $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ (ii) - $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$
D) (i) 6 $\pi$ (ii) - $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$
E) (i) - $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$ (ii) $Calculate dx dz, where M is the surface given by z = , 0 \le z \le 1, using the following parametrizations: (i) (x, y, z) = p( , ) = ( cos( ) , sin( ) ) (ii) (x, y, z) = p( , ) = ( , , ) A) (i) (ii) - B) (i) (ii) 0 C) (i) (ii) - D) (i) 6 \pi (ii) - E) (i) - (ii)$

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Calculate Dz, Where M Is the Surface Given ≤\le≤

Calculate Dz, Where M Is the Surface Given $\le$