Answer:
The answer is: Behavior variable
Explanation:
Behavior variable in market segmentation refers to the process of segmenting the market based on consumer buying behavior. Consumer buying behavior consists of consumer usage frequency, consumer habits, benefits sought or expected, user status, brand loyalty, etc.
Answer:
unitary product cost= $102
Explanation:
Giving the following information:
Manufacturing costs Direct materials per unit $60
Direct labor per unit $22
Variable overhead per unit $8
Fixed overhead for the year $528,000
Units produced= 44,000
The absorption costing method includes all costs related to production, both fixed and variable<u>. The unit product cost is calculated using direct material, direct labor, and total unitary manufacturing overhead. </u>
Fi<u>rst, we need to calculate the unitary fixed overhead:</u>
Unitary fixed overhead= 528,000/44,000= $12
<u>Now, the unitary product cost:</u>
unitary product cost= 60 + 22 + 8 + 12
unitary product cost= $102
Answer: The debt payments-to-income ratio is: calculated by dividing monthly debt payments (excluding mortgage payments) by net monthly income.
This ratio is a measure that analyze an person’s monthly debt payment in accordance with his/her monthly income.
The gross income is the pay before taxes and other variables are deducted.
<em>i.e. </em><em>debt payments-to-income ratio =
</em>
<em>Therefore, the correct option is (b)</em>
Answer:
supply curve to the right.
Explanation:
A drought decreases the supply of agricultural products, which means that at any given price a lower quantity will be supplied; conversely, especially good weather would shift the supply curve to the right. Drought refers to a period characterized by little or no rainfall in a geographical location over a specific period of time. When there's a drought, the production of agricultural products will be very much affected, thereby causing a decrease in the quantity of farm products.
On the other hand, a good weather would cause an increase in the quantity of farm products and as a result of this, the supply curve would shift rightward because there's enough product to meet the customer's demands or needs.
The proportion of the optimal risky portfolio that should be invested in stock A is 0%.
Using this formula
Stock A optimal risky portfolio=[(Wa-RFR )×SDB²]-[(Wb-RFR)×SDA×SDB×CC] ÷ [(Wa-RFR )×SDB²+(Wb-RFR)SDA²]- [(Wa-RFR +Wb-RFR )×SDA×SDB×CC]
Where:
Stock A Expected Return (Wa) =16%
Stock A Standard Deviation (SDA)= 18.0%
Stock B Expected Return (Wb)= 12%
Stock B Standard Deviation(SDB) = 3%
Correlation Coefficient for Stock A and B (CC) = 0.50
Risk Free rate of return(RFR) = 10%
Let plug in the formula
Stock A optimal risky portfolio=[(.16-.10)×.03²]-[(.12-.10)×.18×.03×0.50]÷ [(.16-.10 )×.03²+(.12-.10)×.18²]- [(.16-.10 +.12-.10 )×.18×.03×0.50]
Stock A optimal risky portfolio=(0.000054-0.000054)÷(0.000702-0.000216)
Stock A optimal risky portfolio=0÷0.000486×100%
Stock A optimal risky portfolio=0%
Inconclusion the proportion of the optimal risky portfolio that should be invested in stock A is 0%.
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