Answer:
In that case, Prior to executing the purchaser's requirements about the earnest deposit and incentive distribution, the brokers must get written authorization from the seller.
If the purchaser wants the commitment money to generate interest. On provide interests to the buyer's earnest money, the broker must first obtain approval from the seller. Other alternatives are wrong since the broker does not enable you to make your own decisions.
Based on the definitions of these data analytic types, the following are true:
- a. Descriptive analysis
- b. Descriptive analysis
- c. Prescriptive analysis
- d. Diagnostic analysis
- e. Predictive analysis
- f. Diagnostic Analysis
- g. Adaptive and Autonomous analysis
Descriptive analysis works by showing an overview of the current situation in the company and so would work well for McGowan Company and Zerrot Corporation.
Prescriptive analysis offers solutions to help a company achieve a goal and so is best to describe Wheelson Company.
Diagnostic analysis allows for a company to find out what the real problem is in a situation so describes Courtyard Freight and Johnson Stores.
Predictive is used to predict future scenarios and so describes Medavoy Operations forecasting.
Adaptive and Autonomous use machine learning and artificial intelligence so this describes Michelson Corporation.
In conclusion, there are different types of data analytics that can be used.
Find out more about data analysis at brainly.com/question/25782746.
Answer:
$4,807.69
Explanation:
The first step is to calculate the requirement for coinsurance
= 80/100 × 130,000
= 0.8× 130,000
= 104,000
Therefore the amount in which the insurance person will pay can be calculated as follows
= 100,000/104,000 × 5000
= 0.96153×5000
= $4,807.69
Answer:
The value of the stock = $19.64
Explanation:
According to the dividend valuation model, <em>the value of a stock is the present value of the expected future cash flows from the stock discounted at the the required rate of return.</em>
Year Workings Present value(PV)
1 $1 × (1.22) × 1.11^(-1) = 1.10
2 $1 × (1.22)^2 ×(1.11)^(-2) = 1.21
3 $1 × ((1.22)^2 × (1.05))/0.11-0.05) = 21.35 ( PV in year 2 terms)
PV (in year 0) of Year 3 dividend = 21.35 × 1.11^(-2)
= 17.33 (see notes)
<em>The value of the stock</em> = $1.10+ $1.21 + 17.3
= $19.64
Notes:
<em>Note the growth applied to year 3 dividend gives the PV in year 2 terms. So we need to re-discount again to year 0.</em>
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The value of the stock = $19.64
