Answer:
Insurer pay the beneficiary = $50,000
Explanation:
Data provided in the question:
Amount of the policy bought by the S = $50,000
Accidental death cover = 50,000
Now,
When the S dies the insurer will pay the beneficiary the total amount for which is covered under the accidental cover i.e equal to the amount 50,000
hence,
Insurer pay the beneficiary = $50,000
Answer: No loss, no gain
Explanation:
When an employer changes group plan to another insurer, all employees under the previous coverage would be eligible to gain under the new plan without any delay for probation.
Answer:
$192 million; $153.60 million; $38.40 million
Explanation:
Given that,
Direct material purchased = $80 million
Direct labor costs = $51 million
Manufacturing overhead = $77 million
Percent of the work-in-process completed = 80%
(1) Transfers-In:
= Direct materials + Direct labor costs + Manufacturing overhead
= (80% × $80 million) + $51 million + $77 million
= $64 million + $51 million + $77 million
= $192 million
(2) Transfer-out:
= Transfers-In × percent of the work-in-process completed
= $ 192 million × 80 %
= $ 153.60 million
(3) Ending Balance:
= Transfers-In - Transfer-out
= $192 million - $ 153.60 million
= $38.40
The level of each variable measured is (1) the type of credit card is Nominal variable or a categorical variable which comes under multiple categories.(2) the amount (in dollars) of each purchase is ration variable it can have both discrete it starts at a fixed zero point.
Explanation:
- There are four levels of measurement, while analyzing data of columns.
- Nominal,Ordinal, Interval and ratio.
- Nominal each row of that particular column has specific identification.
- Nominal can have classification race,gender,ethnicity.
- Ordinal data is based on the ranking system, order or list.
- Numbers are still used arbitrary.
- Interval distance between the numbers Celsius,Fahrenheit and kelvin.
- Ratio data has an absolute zero point non-arbitrary, It is measuring .
- Blood pressure is a common example of ratio data.
