I'm just gonna say this i don't think they care at all
Answer:
C) The variable Y could be the price of the wool used to make mittens.
D) The variable X could be consumers income.
Explanation:
quantity supplied = 50 + 1/2X - 5Y -24Z
In this equation if X increases, then the quantity supplied increases. Therefore X can either be the product's price or consumer income.
In this equation if Y or Z increase, then the quantity supplied decreases. Therefore Y or Z are production costs, either labor or materials.
Just by looking at the answer you can take out D because C already offers no tax and 5% off, do C is better than D, so we only have to do t math for A, B, and CA is 800 plus tax, with $75 back800×1.05 (because it's 5% tax) -75 =$765B is 800×.90 (because 10% off means he's paying 90%)×.05=$756C is 800×.95 (because 5% off means he's paying 95%) =760A=765B=756C=760So B is the best deal
:)
Answer:
Premium is likely to be $180.00
Explanation:
Two players have 40% chance of slipping
Equally,two players have 20% chance of slipping
bruise cost per slip is $150
Premium=40% chance of slipping*bruise cost*2 players +20% chance of slipping*bruise cost*2 players
Premium=40%*$150*2+20%*$150*2
Premium=0.4*$150*2+0.2*$150*2
premium=$60*2+$30*2
premium=$120+$60
premium=$180.00
If the insurance company offers bruise insurance to the players ,the premium is likely to be in the region of $180.00
Answer:
B) higher, because more games are televised today.
Explanation:
Opportunity costs are the cost of choosing one alternative from another.
In this case, when college students attend college football games they are unable to do other activities while they are at the stadium or going to the stadium. The cost of those alternatives that are lost are higher now because many college football games are televised. So a student is now able to watch the game while doing other activities.
