Answer:
flexibility
Explanation:
According to classical economists, the price-wage-interest rate flexibility refers to a combination of flexible factors that maintains economic stability:
- Flexible interest rates keeps the money markets (loans) in equilibrium.
- Flexible wages keeps the labor market in equilibrium.
- Flexible prices keeps the goods and services markets in equilibrium.
Therefore, if spending declines, the economy will self-adjust using flexible interest rates (interest rates should lower), flexible wages (wages should lower) and flexible prices (prices should lower) until the economy rebounds.
The actual correct answer is: <u>The European Union's free-trade agreements include agreements with both developed and developing nations.</u>
Answer:
That statement is true.
Explanation:
Most companies require this type of procedures to ensure that the employees wouldn't scam the customers during the transaction process.
Restating the total and the total changes allow the guests to conduct a self-calculation for the purchase, ensuring whether the price is suitable to the price tag that provided on the counter. This prevent the employees from giving a higher price to the customers and taking the additional amount for themselves.
Answer:
no
Explanation:
the airport would be liable because the fire truck blowing a tire and hitting the pole was the direct cause. not the failure of the landing gear
Answer:
The greatest number of mangoes which are to be taken out at a time from each basket so that both of them emptied simultaneously is the number of mangoes in each basket which is 120 mangoes for one basket and 168 mangoes for the other basket
Explanation:
Given that the number of mangoes in one basket = 120 mangoes
Also, the number of mangoes in another basket = 168 mangoes
The greatest number of mangoes, X and Y that are to taken out from each basket so that both of them will empty simultaneously is found as follows;
We note that the ratio of the number of mangoes in both baskets are;
120:168 = 5:7
Therefore, we have;
5 × Y = 120
Y = 20/5 = 24
Similarly, we have;
7 × X = 168
X = 168/7 = 24
We can take 5 mangoes from one basket and 7 mangoes from the other basket 24 times, for both mangoes to empty the same time
We can also take 5×12 = 60 mangoes twice from one basket and 7 × 12 = 84 mangoes twice from the other basket to empty the baskets
We can also take 120 mangoes one from one basket and 168 mangoes one from the other basket to empty the baskets.
Therefore, the greatest number of mangoes which are to be taken out at a time from each basket so that both of them emptied simultaneously is the number of mangoes in each basket which is 120 mangoes for one basket and 168 mangoes for the other basket.