Use Green’s Theorem to find the work done by the force F(x,y) = (4x - 9y²)i + 6yj in moving a particle in the positive direction once around the triangle with vertices (0, 0), (1, 0), and (0, 1).
What will be an ideal response?
Answer: 3
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Use the Hill-Huntington method to find the apportionment.Use the Hill-Huntington method to apportion eleven seats among State P, State Q, and State R. The populations of the states are State P, 0.75 million; State Q, 1.2 million; and State R, 1.5 million.
A. P: 2; Q: 4; R: 5 B. P: 2; Q: 5; R: 4 C. P: 3; Q: 4; R: 4 D. P: 2; Q: 3; R: 6
Find the derivative.y = 3 sin 6x cos x
A. -3 sin 6x sin x + 18 cos x cos 6x B. 3 sin 6x sin x + 18 cos x cos 6x C. -3 sin 6x sin x + cos x cos 6x D. sin 6x sin x + 18 cos x cos 6x
Provide an appropriate response.Bill has charged $2300 on his charge card. He plans to pay $60 a month on his charge cards. Write an equation to represent the amount he owes excluding any finance charges, and identify the intercepts.
What will be an ideal response?
Write a system of equations for the problem, and then solve the system.Paul invested twice as much money in an account paying 6% interest than he did in an account paying 3% interest. If the total interest paid was $300, how much did he invest in each?
A. $4000 at 6%, $2500 at 3% B. $4000 at 6%, $2000 at 3% C. $40 at 6%, $20 at 3% D. $2000 at 6%, $4000 at 3%