Answer: in pic
explanation: found here https://environmental-conscience.com/being-a-consultant-pros-cons/
Answer:
The answer is option C) Yes No
Explanation:
Current liabilities are obligations that are reasonably expected to be paid from Existing Creation of Other Current Assets and not current liabilities.
This is because, Current liabilities are short term liabilities due within a year. They include accounts payable, short term debt and overdraft. This means that payment can only be generated by current assets.
Current assets are also short term assets with a life span of on year. They include accounts receivable an cash.
Therefore, Yes, Current liabilities are obligations that are reasonably expected to be paid from Existing Creation of Other Current Assets.
And No, Current liabilities are obligations that are not expected to be paid from Existing Creation of Other Current Liabilities.
Answer:
$0.013
0.010724
Explanation:
Given that :
Mean, m = 36500
Standard deviation, s = 5000
Refund of $1 per 100 mile short of 30,000 miles
A.) Expected cost of the promotion :
P(X < 30,000)
Using the Zscore relation :
Zscore = (x - m) / s
Zscore = (30000 - 36500) / 5000
= - 6500 / 5000
= - 1.3
100 miles = $1
1.3 / 100 = $0.013
b. What is the probability that Grear will refund more than $50 for a tire?
100 miles = $1
$50 = (100 * 50) = 5000 miles
Hence, more than $50 means x < (30000 - 5000) = x < 25000 miles
P(x < 25000) :
(25000 - 36500) / 5000
-11500 / 5000
= - 2.3
P(z < - 2.3) = 0.010724 (Z probability calculator)
Answer:
Accumulated depreciation= $276,000
Explanation:
Giving the following information:
On January 2, 2019, Kaiman Corporation acquired equipment for $ 700,000. The estimated life of the equipment is 5 years. The estimated residual value is $ 10,000.
Depreciable value= 700,000 - 10,000= 690,000
Straight-line depreciation= 690,000/5= $138,000
Accumulated depreciation= 138,000*2= $276,000
Answer:
b. 3,249 units
Explanation:
Step 1. Given information.
Fix costs are 32.000
Depreciation expense 9.700
Contribution margin 9.85
Step 2. Formulas needed to solve the exercise.
Break even point = Fixed cost / contribution per unit
Step 3. Calculation.
Break even point= $32.000/$9.85= 3,248.73 rounded to 3,249
Step 4. Solution.
3.249 units is the minimum number of units to ensure its potential loss does not exceed the desired level
Option B is correct i.e. 3.249 units
