Answer:
The summary of the matter in question is mentioned throughout the subsection below.
Explanation:
- Venture Capital seems to be an age-old term although in previous centuries this same industry has changed.
- A venture capitalist plays a very important role throughout organizing early-stage investment, attracting top management abilities candidates, promising technological start-ups, and innovative product manufacturer's professional assistance as well as other support facilities.
Answer:
$7073.68
Explanation:
Data provided in the question:
Worth of portfolio = $15,000
Amount invested in stock A = $6,000
Beta of stock A = 1.63
Beta of stock B = 0.95
Beta of portfolio = 1.10
Now,
Beta portfolio = ∑(Weight × Beta)
let the amount invested in Stock B be 'x'
thus,
1.10 = [($6,000 ÷ $15,000 ) × 1.63] + [( x ÷ $15,000 ) × 0.95 ]
or
1.10 = 0.652 + [( x ÷ $15,000 ) × 0.95 ]
or
0.448 = [( x ÷ $15,000 ) × 0.95 ]
or
x = ( 0.448 × $15,000 ) ÷ 0.95
or
x = $7073.68
If Martin had 24 5 pounds of grapes left. The expression that shows the pounds of grapes martin has if he doubles his current amount is: (2) (2) (2) (four-fifths).
<h3>
Double amount of grapes</h3>
Given: Current amount of grapes=2 4/5=14/5
Double amount of grapes=2×14/5=28/5
Hence:
2(2)+(2) 4/5
=4+8/5
=28/5
The expression is: (2) (2) (2) (four-fifths) or 2(2)+(2) 4/5.
Therefore If Martin had 24 5 pounds of grapes left. The expression that shows the pounds of grapes martin has if he doubles his current amount is: (2) (2) (2) (four-fifths).
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Answer:We use the Large Function. the general formula is =LARGE(first cell:last cell,3) .Please refer to the explanation section for details
Explanation:
Let us assume
A 1 = $1,250, A 2 = $1,090, A 3 = $985, A 4 = $985, A 5 = $880, A 6 = $756, A 7 = $675, A 78= $650, and A 9 =$600
Using the Large function on excel to return the third largest value, on the formula bar we have the following formula;
=LARGE(A1:A2,3)
Answer:
B. 16.53%
Explanation:
The effective interest rate is the real interest rate charged by a bank or any other type of lender on a loan.
the formula to calculate effective interest rate = r = (1 + i/n)ⁿ - 1
r = [1 + (15.3%/365)³⁶⁵] -1 = 1.00419178³⁶⁵ - 1 = 1.165287621 - 1 = 0.165287621 ≈ 16.53%