Answer: The standard deviation of the stock is 3.23 percentage
Explanation:
First we shall calculate the epected weighted average return of the stock.
We shall multiply the probability of the scenario with its expected return and then take the sum of the expected returns of different scenarios,
E(x) = (0.2 x 14%) + (0.7 x 8%) + (0.1 x 2%)
E(x) = 8.6%
We shall use the follwing formula to calculate the Variance of the stock,
σ²(x) = ∑ P(
) × [ - E(r)]²
σ²(x) = (0.2) (0.14 - 0.086)² + (0.7) (0.08 - 0.086)² + (0.1) (0.02 - 0.086)²
σ²(x) = 0.001044
To find the standar deviation,
σ(x) = 
σ(x) = 0.0323109
in percentage it would be 3.23%
Answer:
7 years (to the nearest year)
Explanation:
Given that;
A = amount
P= principal
t = time
r = rate
A =3P(given in the question)
Formula for compound interest;
A = P(1 + r)^t
Substituting values;
3P = P(1 + 18/100)^t
3P/P= (1.18)^t
3 = (1.18)^t
log 3 = t log 1.18
t = log 3/log 1.18
t = 0.4771/0.0719
t = 6.6 years
t = 7 years (to the nearest year)
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Answer:
Population growth in developing countries will be greater due to lack of education for girls and women, and the lack of information and access to birth control.
Carry learning!
Study hard!
Brainliest please!
Thank you
Answer:
Higher prices with same sales quantity will mean greater profit.
Explanation:
Let's hold some variables constant. If a business sells books, and they take the prices up, if they sell the same quantity (at higher prices) this would increase revenues. Higher revenues, less the same cost structure (variable and fixed costs) will lead to a greater profit generation. Of course in the real world, price elasticity of demand comes in play when prices are changed. If prices go up, typically sales quantity will decrease and there may be a net effect in revenue and hence profit. In the simple case where prices go up and sales quantity is unaffected, net profit will rise.
