Consider an economy described by the following: c = $3.25 trillion f = 1 i = $1.4 trillion mpc = 0.75 g = $2.8 trillion d = 0.3 t = $3 trillion x = 0.1 nx = $- 0.5 trillion the simplified expression for the consumption function is: (a) c=3.25+0.75y. (b) c = 1 +(1 - 0.75)y. (c) c=1+0.75y. (d) c=3.25+(1-0.75)y.

The development price itself is such a huge barrier, it's just a very different business model than boeing's used to. our huge development programs are typically centered around commercial airplanes, military aircraft, where there is a lot of orders. and right now the foundation of the business is two bites a year.

Sue now has $125. how much would she have after 8 years if she leaves it invested at 8.5% with annual compounding? a. $205.83b. $216.67c. $228.07d. $240.08e. $252.08

Until recently, hamburgers at the city sports arena cost $4.70 each. the food concessionaire sold an average of 13 comma 000 hamburgers on game night. when the price was raised to $5.40, hamburger sales dropped off to an average of 6 comma 000 per night. (a) assuming a linear demand curve, find the price of a hamburger that will maximize the nightly hamburger revenue. (b) if the concessionaire had fixed costs of $1 comma 500 per night and the variable cost is $0.60 per hamburger, find the price of a hamburger that will maximize the nightly hamburger profit.