reporting and interpreting liabilities chapter 9 mcgraw-hill/irwin © 2008 the mcgraw-hill...
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Reporting and Interpreting LiabilitiesReporting and Interpreting Liabilities
Chapter 9
McGraw-Hill/Irwin © 2008 The McGraw-Hill Companies, Inc.
McGraw-Hill/Irwin Slide 2McGraw-Hill/Irwin Slide 2
Understanding the Business
The acquisition of assets is financed from two sources:
Debt - funds from creditors
Equity - funds from owners
McGraw-Hill/Irwin Slide 3McGraw-Hill/Irwin Slide 3
Liabilities Defined and Classified
Defined as probable debts or obligations of the entity that result from past transactions, which will
be paid with assets or services.
Defined as probable debts or obligations of the entity that result from past transactions, which will
be paid with assets or services.
Maturity = 1 year or less Maturity > 1 year
Current Liabilities
Noncurrent Liabilities
McGraw-Hill/Irwin Slide 4McGraw-Hill/Irwin Slide 4
Current Liabilities
McGraw-Hill/Irwin Slide 5McGraw-Hill/Irwin Slide 5
Net Pay
Medicare Tax
State and Local Income
TaxesSocial
Security Tax
Federal Income Tax
Voluntary Deductions
Gross Pay
Payroll Taxes
Less Deductions:
McGraw-Hill/Irwin Slide 6McGraw-Hill/Irwin Slide 6
Notes Payable
A note payable specifies the interest rate associated with the borrowing.
To the lender, interest is a revenue.To the borrower, interest is an expense..
A note payable specifies the interest rate associated with the borrowing.
To the lender, interest is a revenue.To the borrower, interest is an expense..
Interest = Principal × Interest Rate × Time
When computing interest for one When computing interest for one year, “Time” equals 1. When the year, “Time” equals 1. When the computation period is less than computation period is less than
one year, then “Time” is a fraction.one year, then “Time” is a fraction.
When computing interest for one When computing interest for one year, “Time” equals 1. When the year, “Time” equals 1. When the computation period is less than computation period is less than
one year, then “Time” is a fraction.one year, then “Time” is a fraction.
McGraw-Hill/Irwin Slide 7McGraw-Hill/Irwin Slide 7
Estimated Liabilities
Contingent Liability Examples
Lawsuits Environmental Problems
Product Warranties
Probable Reasonably Possible RemoteSubject to estimate Record as liability Disclose in note Disclosure not requiredNot subject to estimate Disclose in note Disclose in note Disclosure not required
McGraw-Hill/Irwin Slide 8McGraw-Hill/Irwin Slide 8
Lease Liabilities
Operating Lease
Short-term lease; No liability or asset
recorded
CapitalLease
Long-term lease; Meets one of 4
criteria; Results in recording an asset
and a liabilityCapital Lease Criteria1. Lease term is 75% or more of the asset’s expected economic life.2. Ownership of asset is transferred to lessee at end of lease.3. Lease permits lessee to purchase the asset at a price that is lower than its
fair market value.4. The present value of the lease payments is 90% or more of the fair market
value of the asset when the lease is signed.
McGraw-Hill/Irwin Slide 9McGraw-Hill/Irwin Slide 9
Present Value Concepts
Money can grow over time, because it Money can grow over time, because it can earn interest.can earn interest.
$1,000 invested
today at 10%.
In 5 years it will be worth
$1,610.51.
In 25 years it will be worth $10,834.71!
McGraw-Hill/Irwin Slide 10McGraw-Hill/Irwin Slide 10
Present Value Concepts
The growth is a mathematical function of four variables:
1. The value today (present value).2. The value in the future (future value).3. The interest rate.4. The time period.
The growth is a mathematical function of four variables:
1. The value today (present value).2. The value in the future (future value).3. The interest rate.4. The time period.
McGraw-Hill/Irwin Slide 11McGraw-Hill/Irwin Slide 11
Present Value of a Single Amount
The present value of a single amount is the worth to you today of receiving that
amount some time in the future.
Today
Present Value
Future
Future Value
Interest compounding periods
McGraw-Hill/Irwin Slide 12
How much do we need to invest today at 10% interest, compounded annually, if we need $1,331 in three years?
a. $1,000.00b. $ 990.00c. $ 751.30d. $ 970.00
How much do we need to invest today at 10% interest, compounded annually, if we need $1,331 in three years?
a. $1,000.00b. $ 990.00c. $ 751.30d. $ 970.00
Present Value of a Single Amount
The required future amount is $1,331.i = 10% & n = 3 yearsUsing the present value of a single amount table, the factor is .7513.$1,331 × .7513 = $1,000 (rounded)
The required future amount is $1,331.i = 10% & n = 3 yearsUsing the present value of a single amount table, the factor is .7513.$1,331 × .7513 = $1,000 (rounded)
McGraw-Hill/Irwin Slide 13McGraw-Hill/Irwin Slide 13
Present Values of an Annuity
An annuity is a series of consecutive equal periodic
payments.
Today
McGraw-Hill/Irwin Slide 14
Present Values of an Annuity
What is the value today of a series of payments to be received or paid out
in the future?
Today
Present Value
Interest compounding periods
Payment 1 Payment 2 Payment 3
McGraw-Hill/Irwin Slide 15
What is the present value of receiving $1,000 each year for three years at an interest rate of 10%, compounded
annually?a. $3,000.00b. $2,910.00c. $2,700.00d. $2,486.90
What is the present value of receiving $1,000 each year for three years at an interest rate of 10%, compounded
annually?a. $3,000.00b. $2,910.00c. $2,700.00d. $2,486.90
Present Values of an Annuity
The consecutive equal payment amount is $1,000.i = 10% & n = 3 yearsUsing the present value of an annuity table, the factor is 2.4869.$1,000 × 2.4869 = $2,486.90
The consecutive equal payment amount is $1,000.i = 10% & n = 3 yearsUsing the present value of an annuity table, the factor is 2.4869.$1,000 × 2.4869 = $2,486.90