Answer:
31 December 2019
Cash 19000 Dr
Accumulated depreciation 12186 Dr
Equipment 27419 Cr
Gain on disposal 3767 Cr
Explanation:
Straight line depreciation method charges a constant depreciation expense through out the useful life of the asset.
To calculate the gain or loss on disposal/sale of an asset like this, we need to first determine the book value or carrying value of asset on that day.
Carrying value = Cost - Accumulated depreciation
Carrying value = 27419 - 12186
Carrying value = $15233
Gain or (loss) on disposal = Cash/Sale proceeds - Carrying Value
Gain or (loss) on disposal = 19000 - 15233
Gain or (loss) on disposal = $3767 Gain
Answer:
Cash payments + cash receipts = cash requirements
Explanation:
The cash budget is a budget which deals in a inflow and outflow of cash. The inflow of cash refers to the incoming of cash through receipts while the outflow of cash refers to the outgoing of cash through payments
It interprets the liquidity of the business organization whether organization has enough cash or it can be borrowed for running its organization
Therefore, the Cash payments + cash receipts = cash requirements is wrong as other equations that are given are right
Answer:
b. $103,345
Explanation:
Assets = Liabilities + Owner's Equity
Owner's Equity (Year 1) = $908,100 - $267,845
= $640,255
Owner's Equity (Year 2) = $980,279 - $233,892
= $746,387
increase in Owner's Equity = Owner's Equity (Year 2) - Owner's Equity (Year 1)
= $746,387 - $640,255
= $106,132
Net income during Year 2 = Increase in Owner's Equity - Additional investment + Withdrawals
= $106,132 - $28,658 + $25,871
= $103,345
Therefore, the amount of net income during Year 2 is $103.345.
Answer:
Gasoline is a normal good
Explanation:
Normal goods are goods that are goods whose demand increases when income increases and falls when income falls
Inferior goods are goods whose demand falls when income rises and increases when income falls.
Because the demand for gasoline falls when income falls, gasoline is a normal good.
I hope my answer helps you
Answer:
16.59%
Explanation:
We are given the present value of the bonds, their future value and the time, we need to calculate the rate:
FV = PV (1 + rate)ⁿ
- FV = 100,000
- PV = 999.38
- n = 30
100,000 = 999.38 (1 + rate)³⁰
(1 + rate)³⁰ = 100,000 / 999.38 = 100.062
1 + rate = ³⁰√100.062 = 1.1659
rate = 1.1659 - 1 = 0.1659 or 16.59%
