Answer:
The first journal entry was not the most appropriate, but since the mistake was correctly adjusted at the end of the year, both assets and expenses will be the same whether they did it correctly the first time or they had to adjust a mistake at the end of the year.
E.g. something like this happened
October 1, rent expense for 1 year
Dr Rent expense 12,000
Cr Cash 12,000
December 31, adjustment to rent expense
Dr Prepaid rent 10,000
Cr Rent expense 10,000
they should have recorded it as:
October 1, prepaid rent for 1 year
Dr Prepaid rent 12,000
Cr Cash 12,000
December 31, adjustment to rent expense
Dr Rent expense 2,000
Cr Prepaid rent 2,000
Whichever way you recorded the transactions, the balances a the end of the year would be:
prepaid rent (asset) $10,000
rent expense (expense) $2,000
Answer: The market demand curve for soft drinks will shift to the left and the market supply curve will shift to the left as well: equilibrium quantity will decrease and the equilibrium price may rise, fall, or remain the same. The graphs below illustrate this idea.
Explanation:
Answer:
The correct answer is A) the substitution effect
Explanation:
In other words, the substitution effect is when sales fall because the consumers change into cheaper alternatives when its price rises.
Answer:
A) define the goals. (part of define the problem)
Explanation:
The 5 stages of the Six Sigma process (DMAIC) are:
- <u>D</u>efine the problem: involves defining the problem statement ⇒ the reasons for creating or improving the process ⇒ define the goals of the process ⇒ establish a timeline ⇒ determine the scope of the project ⇒ choose the team that will be in charge of carrying out the project.
- <u>M</u>easure or quantify the problem.
- <u>A</u>nalyze and identify the cause of the problem.
- <u>I</u>mprove by solving the root cause of the problem and verify the improvement.
- <u>C</u>ontrol the improvements and pursue perfection.
Answer:
1
Explanation:
The computation of the process capability ratio is shown below:
As we know that
Process capability ratio is
= (USL - LSL) ÷ (6 × Standard Deviation)
where USL = Upper Specification Limit
LSL= Lower Specification Limit
Their difference is 0.600
And, the standard deviation is 0.100
Now placing these values to the above formula
So, the process capability ratio is
= 0.600 ÷ (6% × 0.10)
= 1
