Somebody whose job is to provide analytics or research should always be someone who is very good at quantitative analysis. They should be good with math and numbers, because their job is to analyze a business. The same goes for research. A good researcher is good at math because they have to analyze large datasets. This person would also be pretty detail-oriented because they need to make sure that they are not making small mistakes, as small mistakes could result in poor decisions that come out of their analysis.
Does that make sense?
Answer:
Why did the Guardbark want people to leave trees alone? ... He wanted the trees to be left alone because they give us oxygen and are the habitats of lots of diverse species.
I found this answer on google so I hope this helps.
Answer:
65%
Explanation:
Given that
Sales = $979,000
Variable manufacturing expense = $232,000
Variable selling and administrative expense = $110,650
The computation of contribution margin ratio is shown below:-
Contribution margin ratio = (Sales - Variable manufacturing expense - Variable selling and administrative expense) × 100 ÷ Sales
= ($979,000 - $232,000 - $110,650) × 100 ÷ $979,000
= ($979,000 - $342,650) × 100 ÷ $979,000
= $636,350 × 100 ÷ $979,000
= 65%
Answer: $50
Explanation:
We can use the Gordon Growth Model of Stock Valuation. The formula is thus,
P = D1 / r – g
D1 = the annual expected dividend of the next year
r = rate of return
g = the expected dividend growth rate (assumed to be constant)
There is no growth potential and dividends are expected to stay the same so no growth rate and D1 will be the same as D0.
Plugging that into the formula therefore will give us
P = D1/r
P= 4.5/0.09
= $50
Current Stock Price is $50.
Answer:
Huron Investments issues $1 million in 13.250% bonds maturing August 11, 2028. The bond is callable August 11, 2023 at a call premium of 2.500%. August 11, 2023 the prevailing yield is 5.250%. If Huron Investments calls the entire issue and replaces it with 5.250% bonds also maturing August 11, 2028 then each semi-annual coupon payment will decrease by <u>$125,000</u>
Explanation:
Change in semi-annual coupon = (13% - 6.75%) x 4m / 2 = $125,000
