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Find the point of equilibrium for a system that has a demand equation p = 45 - 0.0003x and a supply equation p = 29 + 0.00002x
Single women. The percentage of women in the 20-24 age group who have never married went from 55% in 1970 to 73% in 2000 (Census Bureau, www.census.gov). Let 1970 be year 0 and 2000 be year 30.
Describe the best situation to use each method. provide an example that uses either the substitution or elimination method to solve two linear equations.State which method classmates should use to solve the system.
Use this tree diagram and the probability determined in part (a) to calculate the probability that she should receive at least one payment exactly on time.
Let A and B be sets. Show that A x B and B x A have equal cardinality by constructing an explicit bijection between the two sets. Then use the following proposition to prove that multiplication is commutative. (Let n, m be natural numbers. Then nx..
A television network had 13 drama pilots to fill 5 remaining time slots in the Fall 2007 lineup; 10pm Monday, 10pm Wednesday, 10 pm Thursday, 9pm Friday, 10pm Sunday. How many different new drama line-ups are possible?
which set of vertices represents a square?
Show a sketch of a region satisfying set of inequalities or system of inequalities
Probability of Defective Resistors: DeMoivre-Laplace Theorem, A manufacturer of electronic equipment buys 900 resistors for which the probability of any single resistor being defective is p = 0.01.
The probabilities that a person A and a person B will live an additional 15 years are 0.76 and 0.59 respectively. Assuming that their lifespans are independent, what is the probability that A or B will live an additional 15 years?
I will use * to symbolize a partial derivative. For example, u*x denotes the partial derivative of u with repsect to x. Here is the problem, D'Alembert's solution for the one-dimensional wave equation for a semi-infinite string.
Please explain how to find the equations of the tangent line and the normal line to the graph of the equation at the indicated point and achieve the specified answer.
Use the first derivative test to locate and identify all relative extrema"
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