Answer:
arc price elasticity = -1.64
Explanation:
arc price elasticity = (change in quantity x average price) / (change in price x average quantity)
- change in quantity = 7,400 - 10,000 = -2,600 units
- average price = ($2.50 + $3) / 2 = $2.75
- change in price = $3 - $2.50 = $0.50
- average quantity = (10,000 + 7,400) / 2 = 8,700 units
arc price elasticity = (-2,600 x $2.75) / ($0.50 x 8,700) = -7,150 / 4,350 = -1.64
<span>The rent, cable bill, and auto loan are fixed expenses that add up to $1500. $1500 divided by the $4600 total that she has is .326 so Margie spends about 33% of her budget on these fixed expenses. That is about one third of her total budget going to fixed expenses.</span>
Answer: Decrease and Increase
Explanation:
According to the Mundell–Fleming model, in an economy with flexible exchange rates, expansionary fiscal policy will cause the net exports to decrease. Expansionary fiscal policy shifts the IS curve rightwards, as a result BOP surplus created in the economy. So, exchange rate decreases to shift the BOP back to its initial position. As a result of lower exchange rate, exports falls. Hence, net exports decreases.
Expansionary Monetary policy will cause the net exports to increases. Expansionary Monetary policy shifts the LM curve rightwards, as a result BOP deficit created in the economy. So, exchange rate increases to shift the BOP back to its initial position. As a result of higher exchange rate, exports increases. Hence, net exports increases.
Answer:
Bond Price= $1,774.05
Explanation:
Giving the following information:
Coupon rate= 0.0573/2= 0.02865
YTM= 0.067/2= 0.0335
The bond matures in 23 years.
Par value= $2,000
<u>To calculate the bond price, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 57.3*{[(1 - (1.0335^-46)] / 0.0335} + [2,000/1.0335^46]
Bond Price= 1,334.76 + 439.29
Bond Price= $1,774.05
