| Define g(s) = f(s, 2) where f(x, y) is from [A1]. Find g'(3). Guide: 1....

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| Define g(s) = f(s, 2) where f(x, y) is from [A1]. Find g'(3). Guide: 1. Write an expression for f(s, 2). 2. Take the derivative of your expression found above with respect to s. 3. Set s = 3 in the derivative you found. [B2] Define h(t) = f(3, t) where f(x, y) is from [A1]. Find h' (2). Guide: 1. Write an expression for f(3, t). 2. Take the derivative of your expression found above with respect to t. 3. Sett = 2 in the derivative you found. [B3] Sketch the vector (g'(3), h' (2)) with its tail located at (3,2) onto your sketch in [A1]. Then, document your discovery using one paragraph, at least using one sentence. | Define g(s) = f(s, 2) where f(x, y) is from [A1]. Find g'(3). Guide: 1. Write an expression for f(s, 2). 2. Take the derivative of your expression found above with respect to s. 3. Set s = 3 in the derivative you found. [B2] Define h(t) = f(3, t) where f(x, y) is from [A1]. Find h' (2). Guide: 1. Write an expression for f(3, t). 2. Take the derivative of your expression found above with respect to t. 3. Sett = 2 in the derivative you found. [B3] Sketch the vector (g'(3), h' (2)) with its tail located at (3,2) onto your sketch in [A1]. Then, document your discovery using one paragraph, at least using one sentence.

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Lets tackle each part of the problem step by step A1 Define fx y You havent provided the actual func... View the full answer