Answer:
b
"Saving for a Rainy Day"
Explanation:
"saving for rainy day' is a phrase that means putting some money a side for use in times of need. The phrase encourages people to save money for emergency use. As a rule of thumb, one should have at least three times their normal income as savings.
Answer:
The correct answer is B. Decrease and transfer payments increase.
Explanation:
Automatic stabilizers soften cyclic fluctuations through their effect on aggregate demand. Indeed, when the economy is in a contractive or recessive phase, the negative or very reduced economic growth generates a decrease in fiscal revenues while higher unemployment increases public expenditures. Consequently, private sector disposable income decreases less than GDP does, thus limiting the contractual effect on aggregate demand, growth and employment. Therefore, the budget balance worsens in this phase by stimulating the economy and facilitating economic recovery. In the opposite sense, in times of expansion, automatic stabilizers generate higher public revenues and lower spending, which allows to increase the public surplus - or reduce the deficit - avoiding excessive expansion that could have negative effects on cycle volatility and price stability.
Answer:
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
Explanation:
Lets first develop a formula representing the Total profit for any demand level, see as follows:
(Selling price per unit× d) - (cost per unit× d)= Total profit
We will be using the short forms of the components in this formula.
SP = selling price per unit
d= demand
cp= cost per unit
TP= Total profit.
Now lets substitute the values into the formula to compute profit at any demand level (in this case 100,000 units of swimsuits) as follows:
Total profit = ($40× 100000) - ($22× 100000)
Total profit = $4000,000 - $2200,000
Total profit = $1800000 @ a given demand level of 100K units of swimsuit.
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<em>(NOTE: The formula mentioned above can be used to compute the correct profit for any demand level, even though if there is a change in sp and/or cp, the formula can also be useful.)</em>
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
