Answer:
D. Making the minimum payment (3% credit card balance) every month with an occasional late payment
Explanation:
Credit card debts attract a very high-interest rate. By design, the interest on uncleared balances increases rapidly. Credit cards calculate interest monthly. Any uncleared balance and the interest incurred is rolled over to the next month, where it continues attracting more interest.
The best strategy is to clear credit card debts in the month they are incurred. Late payment attracts heavy penalties. A combination of late payments and outstanding balances will make interest charges grow exponentially.
I have no clue but I do know I’ll get hella points if I just have a hug. As sentence in a few weeks I don’t think it would have been the bath and the other stuff but it is a little too hard for you but I rgotta uroor rthe for a few minutes to see what I was thinking of doing that but I’m not sure if it is ok with it but
Answer: B
The marginal propensity to save will remain unchanged in each of the countries.
Explanation:
Marginal propensity to consume (MPC) is the percentage of increase or decrease in income that goes to consumption
Marginal propensity to save (MPS) is the percentage of increase or decrease in income that goes into savings. It can also be expressed as:
1 - MPC
Average propensity to save measures the level of saving at a given level of income.
The marginal propensity to save measures changes in savings relative to changes in income but the income remains unchanged here, the MPS also remains unchanged.
<span>If the comp sold for $199,000 but includes a $3000 porch and the subject has no porch, then we subtract the value of the porch to yield a base for the comparable of $196,000. Then, since the comparable has no pool or chimney, we add these values - $8,000 and $2,000, respectively - to that base value to yield an adjusted value of $196,000 + $8,000 + $2,000 = $206,000.</span>
Answer: 2,200 units.
Explanation:
The complete exercise is:

A manufacturer shipped units of a certain product to two locations. The equation above shows the total shipping cost T, in dollars, for shipping c units to the closer location and shipping f units to the farther location. If the total shipping cost was $47,000 and 3,000 units were shipped to the farther location, how many units were shipped to the closer location?
Given the following equation:

You know that "T" is the total shipping cost (in dollars), "c" is the number of units shipped to the closer location and "f" is the number of units shipped to the farther location.
Based on the information given in the exercise, you can identify that, in this case:

Then, knowing those values, you need to substitute them into the given equation:

And finally, you must solve for "c" in order to calculate the number of units that were shipped to the closer location.
You get that this is:
