5.a. Suppose a wire 20 cm long is to be cut into two pieces, each of which will be formed into a square. Suppose you want to minimize the total combined area of the two shapes. Quantity to optimize (with formula if possible): Constraint: Domain (fill in after getting a single-variable formula):

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5. b. Suppose instead that one piece of the wire will be formed into a square and the other into a circle.
Suppose you want to maximize the area.
Quantity to optimize (with formula if possible):
Constraint:
Domain (fill in after getting a single-variable formula):
Transcribed Image Text:5. b. Suppose instead that one piece of the wire will be formed into a square and the other into a circle. Suppose you want to maximize the area. Quantity to optimize (with formula if possible): Constraint: Domain (fill in after getting a single-variable formula):
5.a. Suppose a wire 20 cm long is to be cut into two pieces, each of which will be formed into a square.
Suppose you want to minimize the total combined area of the two shapes.
Quantity to optimize (with formula if possible):
Constraint:
Domain (fill in after getting a single-variable formula):
Transcribed Image Text:5.a. Suppose a wire 20 cm long is to be cut into two pieces, each of which will be formed into a square. Suppose you want to minimize the total combined area of the two shapes. Quantity to optimize (with formula if possible): Constraint: Domain (fill in after getting a single-variable formula):
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