Answer:
The total liabilities amounts to $200,000
Explanation:
The total liabilities of Asmine Smith is computed as:
Total Liabilities = Owing on Condo + Owning a Car
where
Owning on Condo is $190,000
Owning a Car is $10,000
Putting the values above:
= $190,000 + $10,000
= $200,000
Note: Sum Insured under the Insurance Policy, is neither a liability nor assets. And Premium paid is an expense, will be treated as Current Assets.
The reason of choosing of investment with high risk instead of one with low risk because the high risks stocks, bonds are having more returns as compared to low risks, especially long term stocks.
<h3>What is high risk investment?</h3>
High risk investment is the one who have high chance of loss of capital or under-performance or have a great percentage of amount invested in some stocks.
Some high risk investments are Cryptocurrency, Individual Stocks, Initial Public Offerings, Venture Capital or Angel Investing, Real Estate and others.
Thus, The reason of choosing of investment with high risk instead of one with low risk
For more details about high risk investment, click here:
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Answer:
a. factory overhead cost
b. factory overhead cost
c. factory overhead cost
d. direct labor cost
e. direct materials cost
f. direct labor cost
g. factory overhead cost
h. direct materials cost
i. direct materials cost
j. factory overhead cost
Explanation:
Direct Material Costs and Direct Labor Costs are easily traceable to the cost object whilst its difficult to trace Factory Overhead Costs to the cost object.
The answer to this question is:
<span>The write-off of intangible assets is called?
</span>C-"Amortization."
Hoped This Helped, <span>
Awifeamother
Your Welcome :) </span>
Answer:
Hersey's bond = $1125.513
Mars bond = $1172.259
Explanation:
Hersey bond;
Period(t) = 10years = 40(quartely)
Coupon (C) = $30
Rate (r) = 0.1 = 0.025(quarterly)
Pay at maturity(p) = $1000
Using the both present value (PV) and compound interest formula ;
PV =[ C × (1 - (1+r)^-t) ÷ r] + [p ÷ (1 + r)^t]
PV = [30×(1-(1.025)^-40)÷0.025] + [1000÷(1.025)^40]
PV =( 753.083251562) + (372.4306236)
PV = $1125.513
Mars bond;
Period(t) = 20years = 80(quartely)
Coupon (C) = $30
Rate (r) = 0.1 = 0.025(quarterly)
Pay at maturity(p) = $1000
PV =[ C × (1 - (1+r)^-t) ÷ r] + [p ÷ (1 + r)^t]
PV = [30×(1-(1.025)^-80)÷0.025] + [1000÷(1.025)^80]
PV =(1033.55451663) + (138.704569467)
PV = $1172.259