Answer:
correct option is d. $4800 U
Explanation:
given data
product requiring = 3 direct labor hours
standard rate = $ 16 per direct labor hour
produced using = 8700 direct labor hours
actual payroll = $135720
to find out
labor quantity variance
solution
we get here labor quantity variance that is express as
Direct labor quantity variance = (standard hours worked for actual production - actual hour worked) × standard rate per direct labor hour ...................1
here standard hours worked for actual production will be as
standard hours worked = standard hours required per unit of production × actual units produced
standard hours worked = 3 × 2800
standard hours worked = 8400 hours but we have given actual work hour 8700 direct labor hours
so put all value is equation 1 we get
Direct labor quantity variance = ( 8400 - 8700 ) × $16
Direct labor quantity variance = $4800 unfavorable
so correct option is d. $4800 U
Search up A gardener can increase the number of dahlia plants in an annual garden by either buying new bulbs each year or dividing the existing bulbs to create new plants . The table below shows the expected number of bulbs for each method
Part A
For each method,a function to model the expected number of plants for each year
Part B
Use the Functions to Find the expected number of plants in 10 years for each method.
Part C
Answer: The correct answer is "B. $10,000; 4%; four years".
Fred purchases a bond, newly issued by the Big Time Corporation, for $10,000. The bond pays $400 to its holder at the end of the first, second, and third years and pays $10,400 upon its maturity at the end of four years. The principal amount of this bond is <u>$10000,</u> the coupon rate is <u>4%,</u> and the term of this bond is <u>four years.</u>
<u></u>
Explanation: The maturity of the bond is at 4 years.
Its future value or face value is 10000.
The coupon rate is equal to 
x 100
So Coupon rate = 
x 100 = 4%
Answer: Demand curve and demand schedule
Explanation:
The demand curve is a representation in graph that depicts the relationship that exist between the price of a commodity and its quantity demanded over period of time. Price is on the left vertical axis and the quantity demanded for the good is on the horizontal axis.
The demand curve is downward sloping from left to the right thereby explaining the law of demand that states that price and quantity demanded are inversely related i.e when the price of a good increases, the quantity demanded decreases and vice versa.
A demand schedule is a table that depicts the quantity demanded of commodities or service at different prices over a time period. The demand schedule is usually made up of two columns with the first column listing the price of a commodity and the second column listing the quantity demanded of the product.
