Answer:
Continuous random variable
Explanation:
Continuous random variable is the one of the random variable which is defined as where the data could take infinitely many values for the variable.
For example, the random variable evaluates the time taken for doing something which is to be done or performed on continuous basis as there are infinite number of the possible times could be taken or consider.
So, in this case, the experiment comprise of evaluating the automobile speeds on the highway. Under this experiment, it have the infinite number. Therefore, this a continuous random variable
Answer:
Journal entries for the transactions are given below
Explanation:
1. Development of new product
DEBIT CREDIT
Research and development $24,000
Cash $24,000
2. Paid the plaintiff for losing patent
DEBIT CREDIT
Legal fee (expense) $8,000
Cash $8,000
3. Bought Equipment and signed non-interest bearing note
DEBIT CREDIT
Equipment Cash price $37,000
Discount on note payable $5,000
Cash paid $18,000
Note payable $24,000
4. Installed sprinkler system
DEBIT CREDIT
Sprinkler system $40,000
Cash $40,000
5. Plaintiff paid for successful infringement suit on its patent
DEBIT CREDIT
Patent $24,000
Cash $24,000
6. Bought New equipment and traded old one
DEBIT CREDIT
New Equipment $13,600
Accumulated depreciation $6,800
Loss on sale $3,400
Old Equipment $13,400
Cash $10,400
Working:
Accumulated depreciation = Original Cost - book value
Accumulated depreciation = $13,400 - $6,600
Accumulated depreciation = $6,800
Answer:
e. Deterring monopoly
Explanation:
Based on the information provided within the question it can be said that the best choice would be that it is deterring monopoly. Monopolies refer to having full control of an industry and being the the only supplier or producer of a certain good. This is always bad because monopoly's are able to set whatever price they want on their products because there is no competition to steal away customers.
Answer:
Quantity of money changes by $50,000,000
Explanation:
Desired reserve ratio = 10% = 0.1
Currency drain ratio = 1% = 0.01
Money multiplier = (1+0.1) / (0.1+0.01) = 1.1/ 0.11 = 10
Value of securities purchased = $5 million
Change in quantity of money :
$5 million * 10 = $50 million
Currency created : currency drain ratio * change in quantity of money
0.01 * $50,000,000 = $500,000
Amount of bank deposit = quantity change - currency created
= $50,000,000 - $500,000 = $4,500,000
Answer:
9.59%
Explanation:
The computation of the weighted-average interest rate used for interest capitalization purposes is shown below:
<u>Particulars Amount Interest </u>
9%, 5-year note payable $2,458,400 $221,256
10%, 4-year note payable $3,504,400 $350,440
Total $5,962,800 $571,696
So, Weighted-average interest rate is
= $571,696 ÷ $5,962,800
= 9.59%
