Answer:
Interest expense --------$1,500
Interest payable-------------- $1,500
Explanation:
Given the following ;
Amount of note signed = $75,000
Annual interest rate = 12% = 0.12
Date signed = November 1
Calculate interest expense to be made in the adjusting entry by December 31 :
NOTE: No entries have been made previously for the interest expense
Monthly Interest = (Amount × rate) ÷ 12
Monthly interest = ($75,000 × 0.12) ÷ 12
Monthly interest = $9000 ÷ 12 = $750
November 1 to December 31 = 2 months
$750 × 2 = $1500
Interest expense = $1,500
Answer:
Assuming that you can only choose one answer, the most suitable one would be (A) Chris designs models to make traffic flow better, which enables Brian to get to his company’s warehouse faster.
Explanation:
This answer is correct because Chris is a traffic planner – thus he merely designs the traffic flow, he does not create it, thus making answer (D) incorrect. Though (B) is true, it doesn’t relate to Chris’ career, making it false as well. As for (C), the answer is not correct because Chris doesn’t design the maps of the state, he only designs the traffic flow.
Answer:
The answer is option B.
Explanation:
The main components of money in the United States today are the physical cash in the form of currency, and also the deposits that are made in the form of savings in various banks and other depository institutions. This is to take into account that, the asset that can be converted into cash is not considered under these components of money in the US.
Explanation:
1. An annuity is a number of equivalent payments made. For instance, the annuities include daily savings account deposits, monthly home loan payments, monthly insurance and pension payments. Annuity can be defined by the payment dates frequency.
Difference between an ordinary annuity and an annuity due:
In each period certain annuities shall pay the same amount, while varying annuities that differ in amounts. At the end of each time, payments in the standard annuity take place. In comparison, payments for an annuity due are made at the start of the contract.
2. The number of y-axis and discount rate on the x-axis is usually present in an annuity table. Place them on the table for your annuity and then place the cell in which they meet. Multiply the cell number by the amount of money each time is earned.
3. The annuity table contains the amount of contributions you expect to collect at a given interest rate plus a list of equivalent payments. You come to the current value of the payments when you subtract this element by one of the payments. As a quick guide the preceding annuity table includes only figures for discrete intervals and interest rates, which may be not quite the same as a real world scenario.
Answer:
The income elasticity of demand for generic potato chips=-4.00
Explanation:
Elasticity of demand can be defined as a measure of how responsive the demand for a certain good is when the price of that good or service changes. The elasticity of demand is usually negative. A negative elasticity of demand implies that the demand of a good or service reduces with an increase in price. The elasticity of demand can be measured using different methods. The mid-point method will be used in this case. The mid-point method of calculating elasticity of demand is as shown;
E=%Q/%P
where;
E=elasticity of demand
%Q=percentage change in quantity demanded
%P=percentage change in the price
And;
%Q=[(Final quantity-Initial quantity)/{(Final quantity+Initial quantity)÷2}]×100
Final quantity=0
Initial quantity=2
replacing;
[(0-2)/{(0+2)÷2}]×100=(-2/1)×100=-200%
%P=[(Final price-Initial price)/{(Final price+initial price)÷2}]×100
%P=[(15-9)/{(15+9)÷2}]×100=(6/12)×100=50%
E=%Q/%P
replace for %Q and %P
E=-200%/50%
E=-4
The income elasticity of demand for generic potato chips=-4.00
