Answer= The entry to record this transaction would include:
A debit to Organization Expenses for $5,000.
A credit to common stock for $4,000 and Paid in capital in excess of par-Common Stock of $1,000
Explanation:
Common stock = 400 x $10= $4000
Accounts Debit Credit
Organisation expense $5,000
Common stock $4,000
Paid in capital in excess of par value
of common stock $1,000
( $5000 - $4000)
Answer:
B. product
Explanation: the unusual ingredients are part of the product.
Answer:
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
Explanation:
contribution = sales - variable cost
for Product B32L:
contribution = sales - variable cost
= 46,000 - 13800
= $32,200
for Product K84B:
contribution = sales - variable cost
= 27,000 - 14,670
= $12,330
total sales of the company = 46,000 + 27,000
= $73,000
total contribution of the company = $32,200 + $12,330
= $44,530
cotribution margin ratio = contribution/sales
= 44530/73000
= 0.61
break even point = fixed cost/cotribution margin ratio
= 42550/0.61
= $69,754
Therefore, The The break-even point for the entire company is closest to $69,754.
Answer: Option C
Explanation: In simple words, telecommuting refers to the arrangement in which an employee of the organisation performer his or her job activities right from his or her home without going to a specified work place.
This is a modern times business technique which is used by organisations to save their costs like rent and travelling allowance to employees that they have to bear. Such arrangement is generally made for the jobs that requires no client dealings and have specified targets set.
Thus, from the above we can conclude that the company should go for telecommuting as it will save the man hours.
Answer:
a. The probability that any one customers service costs will exceed the contract price of $200 is 0.0228
b. Warda expected profit per service contract is $50
Explanation:
a. In order to calculate the probability that any one customers service costs will exceed the contract price of $200 we would have to calculate first the z value as follows:
z=x-μ/σ
z=$200-$150/$25
z=2
Therefore, probability that any one customers service costs will exceed the contract price of $200 is p(x>$200)=p(z>2)
=1-p(z≤2)
=1-0.9772
=0.0228
The probability that any one customers service costs will exceed the contract price of $200 is 0.0228
b. To calculate Warda expected profit per service contract we would have to make the following calculation:
Warda expected profit per service contract=service charge per contract-expected cost
Warda expected profit per service contract=$200-$150
Warda expected profit per service contract=$50
Warda expected profit per service contract is $50