Answer:
Explanation:
External financing needed =
(1.10×$12,470) - (1.10× $1330)- $3200-$4600 - ($2,840+($45×1.10)=$616. 36.
The need for external financing is intermediate.
The answer is: because every day there is more opportunities opening up
You will never know where a company will post a job opportunities that provide better conditions or salaries compared to the job that you currently had. Because of this, you need to keep expanding your networks and setting up routine job search schedule.
Answer:
D
Explanation:
A change in quantity supplied is as a result of a change in the price of the good. This change in the price leads to a movement along the supply curve. If price increases, there is an upward movement up along the supply curve and if there is a decrease in price, there is a movement down the demand curve.
A change in supply is caused by other factors other than price. Some of these factors include :
- A change in the number of suppliers
- The cost in the price of raw materials needed in the production of the good.
A change in supply leads to a movement outward or inward
Answer:
The probability is 1.
Explanation:
Despite that the he distribution is positively skewed, the distribution of sample means of one-bedroom apartments will still be a a normal distribution based on Central Limit Theorem.
Since we have
μ = mean = 2200
SD = standard deviation = 250
n = sample size = 50
Therefore,
Standard error = SD ÷ √n
= 250 ÷ √50
= 250 ÷ 7.07106781186548
= 35.3553390593274 approximately 35.36
Standardize xbar to z = (xbar - μ) ÷ (SD ÷ √n)
Therefore, we have:
P(xbar > 1,950) = P(z > (1,950 - 2200) ÷ 35.36)
= P(z > - 250 ÷ 35.36)
= P(z > -7.07) = 1
Therefore, the probability of selecting a sample of 50 one bedroom apartments is 1 which can be said to be certain.
Answer:
PV= $81,947.83
Explanation:
Giving the following information:
Future value= $95,000
Interest rate= 0.03
Number of periods= 5
To calculate the initial investment required to reach the objective, we need to use the following formula:
PV= FV/(1+i)^n
PV= 95,000/(1.03^5)
PV= $81,947.83