Answer:
Bid-ask spread.
Explanation:
The difference between the price at which a dealer is willing to buy and the price at which a dealer is willing to sell, is called the bid-ask spread.
Simply stated, the bid-ask spread refers to the amount by which the bid price by a dealer is lower than the ask-price for a security or an asset in the market at a specific period of time.
The bid-ask spread exists because of the need for dealers to cover expenses and make a profit. A bid-ask spread is use in the transaction of the following items; options, future contracts, stocks, and currency pairs.
Generally, a dealer who is willing to sell an asset or securities would receive a bid price while the price at which the dealer is willing to sell his asset to another dealer (buyer) is the ask price.
<em>Hence, the bid-ask spread is simply the difference between the ask price and the bid price. Therefore, a bid-ask spread is a measure of the demand and supply for an asset; where demand represents the bid while supply represents the ask for an asset. </em>
Answer:
C. Interest Expense account is increased; the Interest Payable account is increased.
Explanation:
A secured interest can be defined as a legal right granted by a borrower to a lender (creditor) over a collateral (the borrower's property) which permits or allow the lender to have a right to possess the property as soon as the lender defaults in making payment. The payment which is expected to be made by the borrower of a mortgage loan is considered a secured obligation because it is a lien or an enforceable legal claim.
When interest is accrued on a note payable, but not paid, the Interest Expense account is increased; the Interest Payable account is increased.
Answer:
The answer is D) Nora has a positive tracking signal.
Explanation:
Answer:
We should select Project A as it has a higher expected value of 10,800 compared to Project B's expected value of 9,000.
Explanation:
We need to find the expected value of both the projects, using the formula
Expected value of project A= (probability of loss * value of loss)+(probability of gain* value of gain)
Expected value of project A= (0.40*-3,000)+(0.60*20,000)
=-1200+12,000=10,800
Expected value of project A= 10,800
Expected Value of project B= (probability of loss * value of loss)+(probability of gain* value of gain)
=(0.30*-5,000) +(0.70*15,000)=-1500+10,500=9,000
The question is incomplete. The complete Question is as follows,
Whistle Works manufacturers safety whistle keychains. They have the following information available to prepare their master budget:
Units to be produced
October 4,500
November 4,750
December 5,200
Whistle Works sells each whistle for $12. It takes 3 ounces of metal to produce each whistle at a cost of $0.50 per ounce. They prefer to have 10% of materials required for the following month's production in ending inventory as well. How many ounces of direct materials does Whistle Works need to purchase in October to meet production needs?
A) 4,500 ounces
B) 13,575 ounces
C) 13,425 ounces
D) 4,525 ounces
Answer:
Purchases = 13575 ounces
Option B is the correct answer
Explanation:
To calculate the purchases of material for October, we first need to calculate the inventory needed to produce the desired number of units in October along with the desired ending inventory and adjust it for the available opening inventory at start of October.
Material available at Start - October = 10% * 4500 units * 3 ounces per unit Material available at Start - October = 1350 ounces
Material required at end - October = 10% * 4750 units * 3 ounces per unit
Material required at end - October = 1425 ounces
Material required to produce required units in October = 4500 * 3 = 13500
Production = Opening Inventory + Purchases - Closing Inventory
13500 = 1350 + Purchases - 1425
13500 + 1425 - 1350 = Purchases
Purchases = 13575 ounces
