Answer:
c. flexible-price
Explanation:
A flexible pricing policy provides room for the business and the customer to negotiate for the final price of a product. In other words, the price indicated on the item is not fixed. The seller and buyer can agree to alter it either upwards or downwards.
A flexible pricing strategy enables a business to adjust its prices to suit the market demand. It will allow a company to counter low prices by competitors in cases of price wars. In some instances, businesses set slightly high prices to provide for negotiations. Flexible pricing is common, especially in tailor-made products.
I believe the answer would be the mechanical solution.
Answer:
Explanation:
Opening stock Mar 1 2013 $500
Purchases in the month. $1,200
Used stocks in the month. $1,400
Closing stock at 31st Mar $ 300
Inventory Account. Dr. Cr
Opening stock. 500
Purchases. 1,200
Used stock. 1,400
Closing bal c/d. 300
Total. 1,700. 1,700
Balance b/f. 300
Answer:
The credit card is the most effective method of payment.
Explanation:
The store will not ship the item until the payment is accredited to their account. Because of this, Jill needs to pick the payment method that have the fastest clear time.
The Check: usually takes about two business days for a deposited check to clear.
Money Order: It depends on the bank. Some banks allow for money orders to be cleared and deposited almost immediately, and some require at least one business day for it to clear.
Credit Card: almost all the time payments can take place immediately.
The obvious choice is Credit Card payment for the instant clear of the funds in the store account.
Answer:
$6 per unit
Explanation:
using the weighted average method:
units completed 92,000 x 100% (both materials and conversion)
ending work in progress 24,000
- materials 90% completed = 21,600
- conversion 40% completed = 9,600
equivalent unit conversion costs = total conversion costs / total equivalent units of conversion
- total conversion costs = $20,320 + $15,240 + $$182,880 + $391,160 = $609,600
- total equivalent units of conversion = 92,000 + 9,600 = 101,600
equivalent unit conversion costs = $609,600 / 101,600 units = $6 per unit
