Mathematics, 13.11.2020 07:00, alcosby
Simplify the following using only positive exponents.
\large x^3\cdot\left(3x^4y^3\right)^{^{-2} }
a
\large \frac{x^{20}}{y^8}
b
\large -\frac{4y^6}{3x^2}
c
\large \frac{1}{9x^5y^{11}}
d
\large 324x^2y^{11}
PLS HURRY
Answers: 3
Mathematics, 21.06.2019 13:30, emokid7822
Ben wants to play a carnival game that costs $2. in his pocket he has 5 red tickets worth 35 cents each, and 15 blue tickets worth 10 cents each. which of the following systems of inequalities correctly represents the constraints on the variables in this problem? let represent the red tickets and b represent the blue tickets.
Answers: 2
Mathematics, 21.06.2019 20:30, nsbegay2007
Tom is the deli manager at a grocery store. he needs to schedule employee to staff the deli department for no more that 260 person-hours per week. tom has one part-time employee who works 20 person-hours per week. each full-time employee works 40 person-hours per week. write and inequality to determine n, the number of full-time employees tom may schedule, so that his employees work on more than 260 person-hours per week. graph the solution set to this inequality.
Answers: 2
Simplify the following using only positive exponents.
\large x^3\cdot\left(3x^4y^3\right)^{^{-2} }<...
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