Answer:
4.93%
Explanation:
We use the Rate formula shown in the spreadsheet for this question
The time period is represented in the NPER.
Provided that,
Present value = $1,000 × 105% = $1,050
Assuming figure - Future value or Face value = $1,000
PMT = 1,000 × 5.3% ÷ 2 = $26.5
NPER = 25 years - 2 years = 23 years × 2 = 46 years
The formula is shown below:
= Rate(NPER;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the yield to maturity is 4.93%
Answer: The correct answer is (A) : Positive upward slope.
Explanation: A demand curve is basically a graph like any other with the variables in potted on both the x-axis (left to right) and the y-axis (top to bottom). Understanding the definition of demand would make it easier to understand why the answer is option A and why the demand curve has a negative downward slope.
Demand can be defined as the quantity of a commodity or service that a consumer is willing and able to buy at a given price and at a particular point in time. And the law of demand states that “other factors being held constant, the higher the price of a commodity, the lower the quantity being demanded by the consumer. And the lower the price of a commodity, the higher the quantity being demanded by a consumer.”
This is simply a rational consumer behavior. So if the price of movie tickets were to go up let’s say from $10 to $15 then a consumer who previously could afford to watch 8 movies in a month (that’s $80) would be having second thoughts and so, rather than spend $120 per month on movie tickets, would be more inclined to watch less movies and stay within his/her $80 budget.
Therefore, on the demand curve, as the price of movie tickets moves positively towards the right side (on the x-axis), the quantity demanded would move negatively downwards (on the y-axis). As one variable increases the other one decreases, and vice versa. That explains why the demand curve has a negative downward slope.
Answer:
50,400
Explanation:
Using application of total expectation, E;
N= Number of policy holders who have zero accidents in one month
P= Probability
N|Low = 400
N|High=600
P|Low=0.9
P|High=0.8
Therefore E = (N|Low*P|Low)+(N|High*P|High)
E=(400*0.9)+(600*0.8)
E=360+480
E=840
Then Total bonus for the year B
B= E*12*5
B=840*12*5
B=50,400
Assets Liabilities
10,000 8,000
250,000 175,000
8,000
Total Total
268,000 183,000
Fundamental Accounting Equation
Assets - liabilities= Equity
268,000-183,000=
85,000 is net worth
Hope this helps :)
( I'm doing accounting too)