Answer:
brand loyalty
Explanation:
Brand loyalty: The term "brand loyalty" is determined as the propensity of specific consumers to "continuously purchase" a particular brand's products over some other brand's products. However, a specific consumer's behavioral patterns are responsible for demonstrating that he or she will continue to purchase products from the same company that has been fostered a "trusting relationship".
In the question above, the given statement represents brand loyalty.
Answer:
If the effective tax rate increases then the net savings coming from investments will get lowered as a result the investment will have higher payback period (The increase in effective tax rate would lower demand of the product which means there is decline in net saving arising from the sale of the product). Likewise this decrease in annual net savings will also decrease the internal rate of return which shows that their are increased chances of project rejections. The NPV method is based on cash flows and relevant costing just like IRR and payback method but the only difference is that it assumes that the cash earned would be reinvested at cost of capital. The NPV will also decrease due to increased effective tax rate.
It is given that Joseph purchased 100 shares of ABCD Growth Fund for a price of $10.00 per share with a total investment of $1,000. At the end of the year he sold his investment for $11.20 per share. Find the total capital gain.
To get the capital gain, compute the total price in which Joseph sold his investment.
$11.20 x 100 = $1,120
Subtract the answer to the total price bought by Joseph
$1,120 - $1,000 = $120
The total capital gain is $120
Answer:
56.46%
Explanation:
The computation of the gross profit percentage is shown below
Gross profit percentage is
= (Sales - cost of goods sold) ÷ (Sales) × 100
where,
Sales is $850,000
And, the cost of goods sold is $344,600
Now placing these values to the above formula
So, the gross profit percentage is
= ($850,000 - $344,600) ÷ ($850,000) × 100
= $505,400 ÷ $850,000 × 100
= 56.46%