Answer:
1. Drawings A/c. dr. 15,000
To Cash A/c. 15,000
2. Cash A/c. Dr. 63,000
To Sales A/c. 63,000
3. Drawings A/c. Dr. 12,000
To Cash A/c. 12,000
4. Purchases A/c. Dr. 31,000
To Creditors A/c. 31,000
5. Drawings A/c. Dr. 16,000
To Purchases A/c. 16,000
6. Dalip Singh A/c. Dr.35,000
To Sales A/c. 35,000
7. Rent A/c. Dr. 22,000
To Bank A/c. 22,000
8. Purchases A/c. Dr. 19,000
To Cash A/c. 19,000
Answer:
The annual rate of return is -2.83%
Explanation:
The annual rate can be calculated from the formula FV=PV*(1+r)^N
Where FV is the future value of the investment
PV is the amount invested which is $276,500
N is 9 years
213600=276,500*(1+r)^9
213600/276500=(1+r)^9
divide index on both sides by 9
(213600/276500)^1/9=1+r
(213600/276500)^1/9-1=r
r=-0.02827109
r=-2.83%
Hence the annual rate of return on the investment is -2.83%, which means the investment depleted by 2.83% from initial invested amount of $276,5000 to $213,600 after nine years
Answer:
$1,498.86
Explanation:
Given that;
Packing of crates per month(u) = 779
Annual carrying cost of 39% of the purchase price per crate
Ordering cost (S) = $27
D = 779 × 12 = $9,348 crates per year
H = 0.39P
H = 0.39 × $12
H = $4.68 crates per year
Total ordering cost = D/Q × S
= ( $9,348 / 779 ) × $27
= $324
Total Holding cost = Q / 2 × H
= ( 779 / 2 ) × $4.68
= $1,822.86
Annual savings = Total holding cost - Total ordering cost
= $1,822.86 - $324
= $1,498.86
The firm would be saving $1,498.86 annually.
Answer:
D. Contribution margin would be equal to total fixed costs
Explanation:
As we know that
break even point is the point at which the firm is earning no profit or no loss suffered
In equation, it is
Total cost = Total revenues
In addition,
The contribution margin = Sales - variable expenses
Therefore
The contribution margin = Fixed cost = break even point
If we subtract the contribution margin from the fixed cost the amount should be zero which implies the break even point
Answe and Explanation:
b) To find out the equilibrium interest we will equate the money demand function with the money supply:
1000 - 200(r) = 1200/2
r = 2%
c) If the price is fixed and if the supply of money of is increased from 1200 to 1400 then the supply of real balances will be 1400/2 = 700
The equilibrium interest would be:
1000 - 200(r) = 700
r = 1.5%
Thus, it shows that when the supply of money is increased and the price is fixed then the interest rate would fall from 2% to 1.5%
d) The supply of real balances would be 1600/2 = 800
Hence, the interest rate will be:
1000-200(r) = 800
r = 1%
As proved above, an increase in the money supply would decrease the interest rate keeping the price fixed.
e) If the Fed keeps the interest rate at 5% then,
1000 - 200(5) = Money supply/2
Money supply = 0
Reduce the money supply if the interest is increase from 2% to 5%
a) Picture is attached.
