Answer:
The expected return of your portfolio is 6.02%
Explanation:
Stock Value Expected Rate of return Weightage
A $200 8% $200/$300 = 0.67
B $100 2% $100/$300 = 0.33
Expected Rate of return = ( Expected rate of return Stock A x Weightage of Stock A ) + ( Expected rate of return Stock B x Weightage of Stock B )
Expected Rate of return = ( 8% x 0.667 ) + ( 2% x 0.33 )
Expected Rate of return = 0.0536 + 0.0066 = 0.0602 = 6.02%
Answer:
a. Regulatory compliance costs - Fixed cost
b. Salaries of top management and key personnel - Fixed cost
c. Cost of metal used in manufacturing - Variable cost
d. Cost of wood used in manufacturing - Variable cost
e. Mortgage payments - Fixed cost
f. Industrial equipment costs - Fixed cost
g. Interest on debt - Fixed cost
h. Postage and packaging costs - Variable cost
Explanation:
The cost which is affected by the production of units is known as variable cost. The cost which does not vary with the units produced is fixed cost. Fixed cost does not change from period to period irrespective of level of output and is usually same for a certain period. It is easy to budget for fixed costs instead of variable cost. Variable cost changes every period and is based on company's output.
If you are alone in heavy expressway traffic at rush hour, use the middle lane to avoid vehicles constantly entering and exiting your path. If the lanes are three wide, using the middle lane allows you to move easily in either direction. If the road only has two lanes, it’s best to be in the left lane to avoid in coming traffic.
Answer:
The calculation will be more accurate, because the base year is the oldest.
CPI is calculated as
(P_n / P_base - 1)*100
as:
P_n prices at time n
The mathematical reason why it is better to take the oldest year is that % growth works better
Answer:
By the midpoint formula, his income elasticity of demand for pro football game tickets is equal to <u>+3</u>, and football game tickets are <u>normal</u> goods.
Explanation:
The formula for calculating income elasticity of demand using the midpoint method is:
income elasticity of demand = {change in quantity demanded / [(old quantity + new quantity) / 2]} / {change in income / [(old income + new income) / 2]}
= {2 / [(2 + 4) / 2]} / {10,000 / [(40,000 + 50,000) / 2]} = (2 / 3) / (10,000 / 45,000) = 0.67 / 0.222 = 3
when the income elasticity of demand is higher than 1, the goods are normal goods.
