[AP Calculus BC] 5.4b More Optimization

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10 questions

Input the x-value below. Round to the nearest tenth.

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?

Round to the nearest tenth.

[AP Calculus BC] 5.4b More Optimization

[AP Calculus BC] 5.4b More Optimization

Input the x-value below. Round to the nearest tenth.

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?

Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?

Round to the nearest tenth.

Put the width (left to right) of the rectangular page including the margin below, rounded to the nearest tenth.

Input the value of x below, rounded to the nearest tenth

Find the maximum area and input it below, rounded to the nearest tenth

Enter the distance on land below in miles, rounded to the nearest tenth

Find the largest possible area of this rectangle. Round to the nearest tenth

Input the area below, rounded to the nearest tenth.

Input the x-value below. Round to the nearest tenth.

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?

Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?

Round to the nearest tenth.

Put the width (left to right) of the rectangular page including the margin below, rounded to the nearest tenth.

Input the value of x below, rounded to the nearest tenth

Find the maximum area and input it below, rounded to the nearest tenth

Enter the distance on land below in miles, rounded to the nearest tenth

Find the largest possible area of this rectangle. Round to the nearest tenth

Input the area below, rounded to the nearest tenth.

[AP Calculus BC] 5.4b More Optimization

[AP Calculus BC] 5.4b More Optimization

Input the x-value below. Round to the nearest tenth.

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?Round to the nearest tenth.

Put the width (left to right) of the rectangular page including the margin below, rounded to the nearest tenth.

Input the value of x below, rounded to the nearest tenth

Find the maximum area and input it below, rounded to the nearest tenth

Enter the distance on land below in miles, rounded to the nearest tenth

Find the largest possible area of this rectangle. Round to the nearest tenth

Input the area below, rounded to the nearest tenth.

Input the x-value below. Round to the nearest tenth.

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?Round to the nearest tenth.

Put the width (left to right) of the rectangular page including the margin below, rounded to the nearest tenth.

Input the value of x below, rounded to the nearest tenth

Find the maximum area and input it below, rounded to the nearest tenth

Enter the distance on land below in miles, rounded to the nearest tenth

Find the largest possible area of this rectangle. Round to the nearest tenth

Input the area below, rounded to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?

Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?

Round to the nearest tenth.

b) At what time t in the same interval is the particle farthest to the right?

Round to the nearest tenth.

c) On the same interval, what is the particle's maximum speed?

Round to the nearest tenth.