Answer:
$1,194.05
Explanation:
The applicable formula is A = P x ( 1+ r) ^ n
Where A is the future amount
P is principal amount $1000
r is 6% per year or 0.06
n= time in years; 3 years
Since interest is compounded semi-annually, r will be 0.06 /2 = 0.03
n will be 3 years /2 = 6 periods
A = $1000 x ( 1 + 0.03) ^ 6
A = $1000 x 1.194052
A=$1,194.05
Answer:
$8,000
Explanation:
Given that
Profit = $1,200
Cost = 85% of sales
Profit = 15%
We know that
Sales = Cost + Profit
= 85% + 15%
= 100%
So sales percentage is 100%
Now we use the unitary method to find out the extra sales which would be
= Profit × sales percentage ÷ profit percentage
= $1,200 × 100% ÷ 15%
= $8,000
Answer:
the answer is A, B, and D.
Explanation:
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Answer:
10,064 bonds
Explanation:
Given:
Amount to be raised = $2,800,000
Par value (FV) = $1,000
Maturity (nper) = 20×2 = 40 periods
Yield (rate) = 6.49 ÷ 2 = 3.245% or 0.03245
Coupon payment is 0 as it's a zero coupon bond.
Assume it's compounded semi-annually.
Calculate the price of the bond today using spreadsheet function =PV(rate,nper,pmt,FV)
Price of bond is $278.23
PV is negative as it's a cash outflow.
Number of bonds to be sold = Total amount to be raised ÷ Price of bond
= 2,800,000 ÷ 278.23
= 10,064 bonds
Company should sell 10,064 bonds to raise $2.8 million
Answer:
Equivalent units of production= 746,000 units
Explanation:
Giving the following information:
Units completed 620,000 100%
Ending Work in Process 180,000 70%
<u>The weighted average method blends the costs and units of the previous period with the costs and units of the current period.</u>
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Units completed in the period + Equivalent units in ending inventory WIP (units*%completion) = Equivalent units of production
Equivalent units of production= 620,000 + (180,000*0.7)
Equivalent units of production= 746,000 units