Answer:
it got a little hard to understand at the end but from what read, I'll say it's true...
Answer:
Explanation:
A:
Number of contracts required:
= (0-1.2)×36,000,000÷(900×$250)
= -192
Since negative value, short 192 contracts.
B:
= (0.9 - 1.2)×36,000,000÷(900×$250)
= -48
Since negative value, short 48 contracts.
C:
= (1.8 - 1.2)×36,000,000÷(900×$250)
= 96
Since positive value, long 48 contracts.
Answer:
The correct answer is option (B).
Explanation:
According to the scenario, the given data are as follows:
Bond carrying value = $1,470,226
Rate of interest = 8%
Rate of interest (Semiannual ) = 4%
So, we can calculate the the bond interest expense on the first interest payment by using following formula:
The bond interest expense = Bond carrying value × rate of interest (semiannual)
By putting the value we get
= $1,470,226 × 4%
= $58,809
Answer:
d. Net long-term capital losses in excess of $3,000.
Explanation:
A net long-term capital losses in excess of $3,000 is a deductible loss for income tax purposes.
For instance, in a tax year, if an individual has up to $3,000 of net long-term capital losses, this would be considered a form of income rather than a capital gain.
Furthermore, if an individual accrues a net long-term capital losses in excess of $3,000, this loss is deductible and are carried over indefinitely to subsequent tax payments in the future.
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