Don's monthly social security benefit is $772.73.
Let Don's monthly social security benefit be 'x'.
Don and Maria's monthly drawing from Savings =$500.
Maria's social security = 120% of Don's social security.
Total income = $2200.
So,
Answer:
B) = $38.44
Explanation:
<em>Activity-based costing is a form of absorption costing where overheads are charged to product using cost drivers. Under this method, overheads are first analyzed and categorized by the activities responsible for them and then charged to product based on the amount of benefits enjoyed using cost drivers.</em>
Activity rate is calculated as:
<em>Activity cost for the period / Total cost drivers for the period</em>
<u><em>Activity rate for supporting customers:</em></u>
<em>The appropriate cost driver to allocate supporting customer activity is the number of customers as given. This is so because it is most likely that the number of customers served will be a major factor that influences the supporting customers activity costs. </em>
<u><em>Activity rate for supporting customers </em></u>
= Supporting customers overhead/total number of customers
= $34,600/(600+300)
= $38.44
NOTE: Your question isn't clear, Johnson. Would you mind checking it and writing it in a way you can be better helped?
Meanwhile, I hope these explanation below helps.
Answer and Explanation:
Two goods are said to be complementary goods if an increase in the price of a particular one leads to a commensurate decrease in the demand that buyers placed for the other one.
A good is said to be a normal good if the reason for an increase in demand is due to an increase in the income of the buyers.
A good is said to be an inferior good if there is a decrease in demand even though the buyers have experienced increase in their income.
Answer:
= 18.7%
Explanation:
<em>A portfolio is a collection of assets/ investment. The return on a portfolio is the weighted average of all the return of the individual assets weighted according to the percentage of total funds allocated to each assets.</em>
Expected return on portfolio:
E(R) =( Wa*Ra) + (Wb*Rb)
Wa = 56% , Wb = 100-56 = 44%
Ra = 12%, Rb = 24%
E(R) = (0.56*24%) + (0.44× 12%)
= 18.7%
