Answer:
Find the answer below in explanation
Explanation:
Gillock Climbing Academy Pension Expense for the year 2019 will be recorded as
Service cost ............................................. 600,000.00
Interest (600000 × 10%)................................60,000.00
plan assets (40000 from 2018 + 32000 interest + 400000 made in current year)............... 832000
Expected return Interest on plan asset (832000*8%) ........................................ 66,560.00
Pension Expense for the year ended December 31, 2019 = 600000 - (66,560.00 - 60000)
= 600,000−6,560
= $593,440.00
Answer: 
Explanation:
If r is the number of successes out of n trials , then the sample proportion of success = 
For binomial experiment , if the population probability of success p on a single trial is not given , then the best point estimate for probability of success p on a single trial is the sample proportion of successes.
i.e. a point estimate for the probability of success p on a single trial :

Hence, a point estimate for the probability of success p on a single trial = 
Answer:
This entry would be recorded by Young with a credit to <u>cash account</u> in the amount of <u>$1,020</u>.
Explanation:
The complete journal entry for June 29 should be
- Dr Notes Payable account 1000
- Dr Interest Expense account 20
- Cr Cash account 1020
The total interest due = $1,000 x 6% x 4/12 =$20
Notes payable is a liability account and it decreases, so it should be debited.
All expenses are debited.
Cash is an asset account and it decreases, so it should be credited.
Answer:
Option A is the correct one
Explanation:
Among the various options given in question statement, option A is correct
Cost behavior analysis is done make management comprehend the impact of various costs change versus changes in activities in various levels of the company. This may involve direct materials, direct labor, and overhead costs. Hence if there is no correlation between changes in the level of activity and changes in costs, then such analysis wont be an effective cost behavioral analysis