Answer:thx buddyExplanation:
A. $2164.89
Basically just subtract, 3,678.89-1514 = 2,164.89
Answer:
B. Negative, Negligible
Explanation:
Interest Rate is negatively related to Investment. Higher Interest Rate increases cost of investment, lower interest rate reduces cost of investment.
However, Investment in a particular sector/ industry is also defined by: Concentration of that sector in entire investment outlay & Income Elasticity of the sector's commodity demand. Implicatively, a sector with huge concentration of investment outlay & products with high income elasticity will have more Interest rate sensitive Investment and vice versa.
Construction Industry being very capital intensive has higher investment magnitude & also more Income Elastic demand. So, impact of higher interest rate will impact this industry more.
Necessity goods Industries are less capital intensive , investment concentrated & also have less Income Elastic Demand. So, impact of higher interest rate will impact this industry less.
<em>(Demand's Income Elasticity is the responsiveness of a good's demand to change in Income. It is more in luxurious goods, less in necessity goods)</em>
Answer:
1. increase securities , increase owners equity
2. Leverage ratio is 5.2
3. A. The return on each asset
Explanation:
1. If the bank owner decide to imcrease assets by buying new securities through additional funds from them, then securities assets increases by $200 and owners equity increases by $ 200 to balance the balance sheet
2. Leverage ratio= total assets divided by owners equity
= 1950/375= 5.2 ( owners equity increases by $200 to make $375)
3. Banks consider return on assets to allocate asset resources because they weigh risk and return and allocate to resources on the basis of greatest optimal risk return combination
Answer: 0.8186
Explanation:
Given that;
activity To Tm Tp Te (V)^0.5 v
A 38 50 62 50 4 16
B 90 99 108 99 3 9
C 70 80 90 80 3.333333 11.11111
D 19 25 31 25 2 4
E 91 100 115 101 4 16
F 62 65 68 65 1 1
Expected duration Te = (4 × Tm + To + Tp ) / 6
Variance = ( Tp-To/6]²
variance of the critical path = 9+16 =25
SD of the critical path = ( var)^0.5 = 5
probability that the project will be completed within 210 days is given by
z = (210-200) / 5 = 2
which gives probability of 0.97725
Probability that the project will be completed within 195 days
z = (195-200) / 5 = -1
which corresponds to probability of 0.1586
Now required probability that project completes within 210 but before 195 days is given by
0.97725 - 0.1586 = 0.8186
