Answer:
Price = $4.50
Maximum revenue = $2,430
Step-by-step explanation:
The concession stand sells 600 bags of peanut at $4.00 (600, $4.00).
If there is a $1 increase in price, the number of bags old will decrease by 120, which mens that 480 bags of peanuts will be sold at $5.00 (480, $5.00).
Tracing a linear relationship between price and quantity sold with the two given points:
The revenue function is given by the price multiplied by the quantity sold:
The value of 'Q' for which the derivate of the revenue function is zero, is the output level for which revenue is maximum:
The total revenue of 540 units at $4.50 per unit is:
The two shortest sides have to add up to be bigger than the longest side.
A. 17,12,6 6+12= 18 18>17 <- this is a triangle
B. 25,13,38 25+13= 38 38=38 <- this is NOT a triangle
C. 14,27,36 14+27= 41 41>36 <- this is a triangle
D. 39,44,6= 39+6= 45 45>44 <- this is a triangle
The answer is B. <em>
I hope this helps!
~kaikers</em>
therefore ur answer is OPTION A 8.889 x 10-6 cm/s
It would be the seconf answer
The leading coefficient is a negative value (-3) so the graph goes down on the right side.
This makes either Graph B or C correct.
Now because the degree ( exponent ) (the ^4) is even both ends of the graph go in the same direction.
This makes Graph B the correct answer.