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Find a Function R(t) That Describes the Curve Where the Surfaces

Question 43

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Find a function r(t) that describes the curve where the surfaces intersect.
-Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) = + Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) = = 16; z = 2x + 3y


A) r(t) = Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) =
B) r(t) = Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) =
C) r(t) = Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) =
D) r(t) = Find a function r(t) that describes the curve where the surfaces intersect. - + = 16; z = 2x + 3y A) r(t) = B) r(t) = C) r(t) = D) r(t) =

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