18a.
the y-intercept is the value of the function at x = 0.
so y-intercept is 5/8.
constant multiplier you can find by dividing a y-value by the previous y-value:
(y at x = 1) / (y at x = 0) is
(15 / 32) / (5 / 8)
but dividing by fraction is same as multiplying by reciprocal:
(15 / 32) · (8 / 5) ⇒ (15 · 8) / (32 · 5) ⇒ (3 · 1) / (4 · 1) = 3/4
(since 15 and 5 cancel to 3 and 1; 8 and 32 cancel to 1 and 4
the constant multiplier is 3/4 (you can confirm by repeat multiplying the y-values by 3/4 to get the next one)
18b.
y-intercept is 0.01
constant multplier:
(y at x = 1) / (y at x = 0) = 0.1 / 0.01 = 10
constant multiplier is 10
18c.
y = m/n(o/p)^x
y intercept is at x = 0:
y = m/n(o/p)^0
since anything to power of 0 is 1, we are left with
y = m/n
y-intercept is m/n.
The constant multiplier is o/p
i don't really have news papers or magazines around for that last bit, but if you could look for population data and such they can be exponential.
Answer:
B. singing a writing communicates the seriousness of the occasion to the singer
Answer:
C. The role of the needs assessment is to determine if training is the appropriate solution
Explanation:
Answer: 27 times
Explanation:
Market price of common stock = $67.50
Net income = 150,000
Weighted average number of common shares outstanding = 60,000
Value of each shares = 150,000 / 60,000 = $2.5 per share
The price Earnings ratio will then be:
= market price per share / earnings per share
= $67.50 / $2.50
= 27 times
Answer:
1.2%
Explanation:
Maturity risk premium is extra return that an investor receives on investment in the bonds with longer maturity. It is offered to the investors in order to compensate the risk faced by them due to longer period to maturity.
Formula for the risk premium
Maturity risk premium = Treasury note yield - Real risk-free rate - Inflation
As per given data
Treasury note yield = 6.7%
Real risk-free rate = 3.5%
Inflation = 2%
Placing values in the formula
Maturity risk premium = 6.7% - 3.5% - 2%
Maturity risk premium = 1.2%