Solve the problem.The Ideal Gas Law states that the pressure P of a gas obeys the function 
where n is the number of particles in the sample, T is the Kelvin temperature of the gas, V is the volume of the gas in liters, and k is the constant 1.38 × 10-23. Does the pressure have a local minimum along the line 
If so, what is the value
of the minimum pressure? Give reasons for your answer.
Fill in the blank(s) with the appropriate word(s).
No local minimum
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Two terms in the Fibonacci sequence are given. Find the specified term.F18 = 2584 and F20 = 6765. Find F19.
A. 5168 B. 13,530 C. 9349 D. 4181
Convert the angle to decimal degrees and round to the nearest hundredth of a degree.-163°18'55''
A. -163.32° B. -163.36° C. -163.31° D. -163.26°
Solve the problem.Matt bought 3 pounds of oranges and 2 pounds of apples and paid src="https://sciemce.com/media/4/ppg__fdgfd0509192127__f1q71g4.jpg" alt="" style="vertical-align: -15.0px;" />
A. $0.85 per pound
B. $0.81 per pound
C. $0.78 per pound
D. $0.72 per pound
before tax. Andy bought 4 pounds of oranges and 3 pounds of apples and paid 
before tax. Use this information to set up a matrix equation of the form AX = B , which can be solved to determine the price per pound for oranges and apples. Solve this matrix equation to find the price per pound of apples.Use the fact that for 
Solve the polynomial inequality. Express the solution in interval notation.(x - 2)(x + 3) > 0
A. (-3, 2) B. (-3, ?) C. (-?, -3) ? (2, ?) D. (-?, -2) ? (3, ?)