Mathematics for Business, Life Sciences, and Social Sciences |
Contents
REVIEW | 1 |
SYSTEMS OF LINEAR EQUATIONS MATRICES | 72 |
LINEAR PROGRAMMING | 163 |
Copyright | |
15 other sections not shown
Common terms and phrases
A₁ amount antiderivative augmented matrix average binomial BV P X1 column compounded compute concave constraints corner points curve decreasing defined demand denote density function determine differential dollars domain dx dx entries equal event EXAMPLE Exercise expected value factors Figure find the derivative Find the probability formula function f(x given graph of ƒ horizontal improper integral increasing inflection point integral intercepts interval lim f(x linear programming linear programming problem local minimum Markov chain Maximize maximum minimum objective function obtain outcomes P₁ P₂ payment pivot player pounds probability density function probability vector profit R₂ random variable rate of change real numbers result S₁ S₂ sample space slope SOLUTION solve square Step symmetric with respect Table tableau tangent line transition matrix units vertical x-axis x₁ y-axis y-intercept Ду