Answer:
Bondholders have a degree of legal protection against default risk, but it is not comprehensive.
Explanation:
A bond can be defined as a debt or fixed investment security, in which a bondholder (investor or creditor) loans an amount of money to the bond issuer (government or corporations) for a specific period of time. The bond issuer are expected to return the principal (face value) at maturity with an agreed upon interest (coupon), which are paid at fixed intervals.
The par value of a bond is its face value and it comprises of its total dollar amount as well as its maturity value. Also, the par value of a bond gives the basis on which periodic interest is paid. Thus, a bond is issued at par value when the market rate of interest is the same as the contract rate of interest. This simply means that, a bond would be issued at par (face) value when the bond's stated rated is significantly equal to the effective or market interest rate on the specific date it was issued.
In Economics, bonds could either be issued at discount or premium. A bond that is being issued at a discount has its stated rate lower than the market interest rate, on the specific date of issuance while a bond that is issued at a premium, has its stated rate higher than the market interest rate on the specific date of issuance.
Default risk in bonds refer to the risk that a bond issuer (borrower) is unable to pay the principal or interest agreed upon in the contract with the bondholder (lender) in a timely manner.
Hence, the true statement about default risk is that bondholders have a degree of legal protection against default risk, but it is not comprehensive.
The correct answer here would be a job specification.
Options:
A. prospecting and qualifying.
B. sales identification.
C. personal development.
D. preliminary sales analysis.
Answer:A. prospecting and qualifying.
Explanation: Prospecting and qualifying are two terms which are currently used by the people who are involved in the sales and marketing of products.
Prospecting is the process of identifying and correcting with people or Organisations that can become potential customers.
Qualifying is the process of identifying and confirming if a given lead is a potential and prospective customer.
THE ACTIVITIES OF BAILEY THROUGH WHICH BAILEY WAS ABLE TO IDENTIFY DECISION MAKERS WHO ARE WILLING TO CONSIDER OF HER TEXT IS PROSPECTING AND QUALIFYING.
Answer:
Debit : Allowance for doubtful debts = $2900
Credit : Accounts receivables = $2900
Explanation:
An account for allowance for doubtful debts is a contra account created, predicting that certain debtors will not be able to pay for the goods and services they purchased. This may be based on historical experiences. Doubtful debts aren’t officially uncollectible, it is simply an estimation made, but bad debts are, where you have officially written off a certain accounts receivable as uncollectible.
An allowance for doubtful debts is recorded in the balance sheet, directly under accounts receivables. Bad debts are recorded as an expense in the income statement. When there is an allowance for doubtful debts, the bad debts account is debited and the allowance for doubtful debts account is credited.
According to the question, the balance was $2,200 (Cr) in the allowance for doubtful debts account. The initial expected amount for allowance for doubtful debts was $5100 (Cr). This means that the difference was the amount that was declared as uncollectible and officially written off i.e. bad debts. Thus $2900 ($5100 -$2200) would have been confirmed as bad debts.
The entry to record the above transaction is:
Debit : Allowance for doubtful debts = $2900
Credit : Accounts receivables = $2900
Answer :
a) Economic Production Quantity = 1,612 monitors
b) Number of setups = 1.4
c) Total cost = $972.12 per year
Explanation :
As per the data given in the question,
a) Economic Production Quantity = sqrt((2 × annual demand × set up cost) ÷ carrying cost × (1 - daily demand ÷ daily production))
=sqrt((2 × 2,250 × $350) ÷ $0.80 × (1 - 35 ÷ 140))
= 1,620.19
= 1,621 monitors
b) Number of setups = Annual demand ÷ Economic production quantity
= 2,250 ÷ 1,621
= 1.3880
= 1.4
c) Formula of Total cost = Carrying cost + Annual setup cost
Carrying cost=(Economic production quantity ÷ 2) × Carrying cost × (1 - daily demand ÷ daily production)
= (1,612 ÷ 2)× $0.80 × (1 -35 ÷ 140)
= $486.30
Annual setup cost = (Annual demand ÷ Economic production quantity) × setup cost
= (2,250 ÷ 1,621) × $350
= $485.812
So, Total cost = $486.30 + $485.812
= $972.12 each year
We simply applied the above formulas