Answer:
The correct answer to the following question is Esteem need of Maslows hierarchy of needs.
Explanation:
Maslows hierarchy of need is a motivation theory given by Abraham maslow, according to him people are motivated in order to achieve certain. He has described his theory of needs as pyramid which consists of physiological needs, safety needs, social needs, esteem needs and self actualization.
In esteem needs , maslow tells about people's need for appreciation and respect, after a person has achieved the first three basis needs , the persons behavior would be motivated by esteem needs. Because people have need for feeling prestige and sense of accomplishment, self worth and self esteem.
Answer:
By choosing tire A, the consumer will save $0.006 USD ($0.6 cents) per mile.
Information:
- Saving: 120 gl over 60,000 miles
- Gasoline: $3/gl
Explanation:
Total saving in 60,000 miles = 120gl * $3/gl = $360
Total saving in 1 mile = $360/60,000 = $0,006
Answer:
D
Explanation:
ys Inventory turnover 6.7 Fixed asset turnover 12.1 Total assets turnover 3.00 Return on sales 1.20% Return on assets 3.60% Return on equity 9.00% Debt ratio 55% 2. Discuss HH's strengths and weaknesses as revealed by your analysis. 3. Suppose HH doubles its sales as well as its inventories, accounts receivable, and common equity during the year. How would that information affect the validity of your ratio analysis
Answer:
$741 U
Explanation:
Juhasz Corporation
SH= 9,600 units × 0.70 hours per unit
= 6,720 hours
Variable overhead efficiency variance
= (AH – SH) × SR
= (6,850 hours − 6,720 hours) × $5.70 per hour
= (130 hours) × $5.70 per hour
= $741
Therefore the variable overhead efficiency variance for August is: $741 U
Answer:
option (B) $10,500
Explanation:
Data provided in the question:
Cost = $30,000
Useful life = 5 years
Salvage value = 0
Tax rate = 35%
Expected net cash inflow before depreciation and taxes = $20,000 per year
Now,
The total tax shield created by depreciation over the life of project
= Tax rate × ( Amount of depreciation over the life of project )
= 35% × ( Cost - Salvage value )
= 0.35 × ( $30,000 - 0 )
= $10,500
Hence,
The answer is option (B) $10,500