Just by looking at the answer you can take out D because C already offers no tax and 5% off, do C is better than D, so we only have to do t math for A, B, and CA is 800 plus tax, with $75 back800×1.05 (because it's 5% tax) -75 =$765B is 800×.90 (because 10% off means he's paying 90%)×.05=$756C is 800×.95 (because 5% off means he's paying 95%) =760A=765B=756C=760So B is the best deal
:)
Answer:
The correct answer is option A.
Explanation:
Sharon in consuming two goods X and Y.
The price of X is $2 and that of Y is $1.
The marginal utility derived from consuming X is 60 utils and from consuming Y is 30 utils.
For profit-maximization the ratio of marginal utility and price should be equal for both goods or the marginal utility of money spent on both goods should be equal.
The ratio for good X
= 
= 
= 30
The ratio for good Y
= 
= 
= 30
Since the ratio is same for both the goods it implies that Sharon is maximizing her total utility.
Answer:
c. Product development stage
Explanation:
Product development stage -
In the method of product planning and development , the product development is one of its stage .
Product development stage basically incircles the technical activities of the design and engineering .
In this stage the brand name , packaging and label is deceased , and in this very step the samples are given to certain potential customers .
Hence, from the given information of the question,
The correct option is c. Product development stage .
Net pay is calculated by subtracting deductions from Net Pay.
In this case:
Gross Pay is 40 hours X $9/hr (regular pay) PLUS 3 hours X (13.50 -- 1.5 times the normal pay) for overtime
Once you have Gross Pay, you multiply that by the percentages given for the deductions and subtract that total from Gross Pay.
One note, in this case, federal taxes are not withheld from the amount given to 401(k). So to figure the taxes you would:
(Gross Pay - 401(K) contribution) X 10%
Gross Pay - deductions = net pay
Answer:
a 26%
Explanation:
The computation of the annual rate of return on this investment is as follows:
Let us assume n be no of years
Now
The Annual rate of return is
= (Ending value ÷ beginning value)^1 ÷ n - 1
= ($8,000 ÷ $4000)^1 ÷ 3 - 1
= 0.2599
= 25.99 %
= 26%
hence, the annual rate of return is 26%
Therefore the correct option is a.
We simply applied the above formula so that the correct value could come
And, the same is to be considered
