Answer:
$7812.5million
$7812.5million
Step-by-step explanation:
From the question, the demand quantity <em>D(x) is 410-x </em> and the supply quantity <em>S(x)=160+x.</em> We determine the equilibrium quantity by equating the Demand quantity and the Supply quantity i.e
<em>D(x)=S(x). </em>
<em></em>
Hence the equilibrium quantity is 125.
Next we determine the equilibrium price. This can be obtain by just substituting the equilibrium quantity into either the demand quantity or the supply quantity. I prefer using the Demand quantity.
Equilibrium price=.
Next we write the expression for the Consumer Surplus
where <em>p</em> and <em>q </em> are the equilibrium price and equilibrium quantity respectively.
By substituting values we have
By carrying out simple arithmetic we arrive at
.
To determine the producer surplus, we use the expression below
Hence if we substitute values we arrive at
.
By simply simplification we arrive at
I believe the answer is 6 seconds, but I didn't go by your equation. I just did 96/16 which is 6. The reason I did that is because it is traveling down at 16ft per second and it will stop after reaching 96 feet. 16ftps = 96 then divide 16 from each side to get 6.
First i converted -310 to a positive angle that was easier to work with (if you dont understand how that works, i can explain with diagrams). next i converted 50 degrees to radians by multiplying it by (pi/180)
So try and recognize the pattern. For level 1, you have 1 box and 12 cans. In 2, you have 3 boxes and 36 cans. 12/1 is 12, 36/3 is 12 and so on. The # of boxes times 12 is the number of cans. The # of boxes in the display is equal to the total number of boxes in each level. Level 5 will mean 1+2+3+4+5=15. Level 6 is 1+2+3+4+5+6=21. So if 6 has 21 display boxes, we can do 21*12 and you will get 252. Your answer is E, 252 cans.