Calculus Multiple Choice Question!!!?
A company produces mattresses and wishes to maximize its profit. The cost, in dollars, for x mattresses can be modeled by the function C(x) = 18000 + 400x – 3.5x^2 + 0.002083x^3. The demand function for the mattresses is p(x) = 3400 – 6x. What production level will maximize profit? a. 850 mattresses b. 400 mattresses c. 1059 mattresses d. 220 mattresses
Calculus questions all multiple choice answers?
Hello, I need some help with some calculus problems that I am having trouble with. Any help is greatly appreciated! If p(x) is a continuous function on the closed interval [1,3] with p(1)
Calculus: Multiple Choice Question:Rate of Change?
Need some help because this question confuses me. Let f(d) be the noise level (in decibels) of a rock concert at a distance (d in meters) from the concert speakers. What does f'(60) mean in practical terms? A) The noise level (in decibels) of a rock concert at a distance 60 meters from the concert speakers. B) The rate of change of the distance from the concert speakers when the noise is 60 decibels (in meters per decibel). C) The rate of change of noise 60 meters from the concert speakers (in decibels per meter). D) The distance (in meters) from the concert speakers that will result in a noise level of 60 decibels.
AP BC calculus multiple choice question?
If f (x) = (lnx)^2, then f '' (square root 'e' ) = a. 1/e b. 2/e c. 1/(2 square root 'e' ) d. 1/(square root 'e' ) e. 2/(square root 'e' ) PLEASE HELP! 10 points ! :)
Calculus multiple choice questions! Please help!!?
Please help me with these two questions. I don't know how to solve it. Can you please answer them with full solutions and explanation? 1. Compute lim [tan(1/4π+t) - tan(1/4π) / t] when t approaches 0 a. 1 b. 1/4π c. π d. 2 e. -1 2. Find the instantaneous rate of change of f(t) = (2t^3-3t+4) (t^2+3t+4)^1/2 at t=0 ==> (the last function I put to the power of 1/2 since I can't do radicals here.) a. -3 b. -3/4 c. 0 d. -4 e. -5/4 Thank you.
Can someone help with a Calculus Multiple Choice Question?
B. 200. We COULD explicitly solve the differential equation, and take the limit as n-->∞, but that would take up both my time and test time if you were to come across this question. With logistic equations, one can rationalize that the limit will settle upon a terminal value of M so that the derivative is zero. This occurs when M = 0 or M = 200, in the particular equation given here. But which? The initial condition is M(50), at which dM/dt = 0.6(50)(1-50/200) = 22.5. So, for values of t immediately greater than zero, M INCREASES, since dM/dt > 0. This means the value goes UP from 50. The derivative will only change sign for M < 0 or M > 200, meaning M will continue to increase. We know that M will settle on 200 or 0 as a limit, and we have decided that the limit > 50. Hence the limit is 200.
Calculus multiple choice and short answer question?
Does the function satisfy the hypotheses of the Mean Value Theorem on the given interval? f(x) = ln x, [1, 5] a) Yes, it does not matter if f is continuous or differentiable, every function satisfies the Mean Value Theorem. b) Yes, f is continuous on [1, 5] and differentiable on (1, 5). c) No, f is not continuous on [1, 5]. d) No, f is continuous on [1, 5] but not differentiable on (1, 5). e) There is not enough information to verify if this function satisfies the Mean Value Theorem. If it satisfies the hypotheses, find all numbers c that satisfy the conclusion of the Mean Value Theorem. (Enter your answers as a comma-separated list. If it does not satisfy the hypotheses, enter DNE). c =
What should I do to get all the multiple choice questions right on the ELA?
The best way to perform well on tests is through multiple different healthy study habits. Check out this other article for an in depth look at how to do well in your classes.
What were the multiple choice answers for the 2003 AP Calculus AB Exam?
http://apcentral.collegeboard.com/apc/members/exam/exam_questions/1997.html Click this link under multiple-choice questions: AP Calculus Multiple-Choice Question Index: 1997, 1998 and 2003 AP Calculus Exams (.xls/144KB) Do you happen to know where to find the questions?
Where can I find the AP exam multiple choice questions for the AP calculus exams of 2013-2017?
Samples of solved FRQs can be found here:AP Calculus AB solved free response questions from past examsHere is a YouTube video of someone going through the problems in her exam - not sure what year it was.At this link you will find the FRQs from 2002 to 2017: AP Calculus AB Exam Practice