Here, public savings = $1.05 billion and private savings = $3.15 billion
It is calculated as follows:
Total savings, S = $4.20 billion
We know: S = V+U
It means National Savings = Private savings + Public savings
Here:
V = private savings , U = public savings and
Private saving, V = 0.75 × S
= 0.75 × $4.20 billion
= $3.15 billion
And, the public savings will be = National savings - private savings
= $4.20 billion - $3.15 billion
= $1.05 billion
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Answer:
166.25 hours
Explanation:
It take 25 hours if the production is going at 100% capacity, but the production is only going at 67%, therefore, 33% of the capacity is under utilized. It takes 8.25 more hours to finish the unit since the capacity is only at 67%. Finally, it takes 25+8.25 hours to finish a single product, hence taking 166.25 hours for 5 units.
We do this like this:
--> 25 ------ 100
--> X ------ 33
--> 33*25 = 100*X
--> 825/100
--> X=8.25
Hope this clears everything. Thankyou.
Answer:B. Good attendance
Explanation: Employers want their employees to have good attendance, this is a good quality, it is NOT a reason why employees lose their jobs.
Answer: C. There has been a decline in the foreign exchange value of the nation’s currency.
Explanation:
The Demand curve of a country can be written as an equation which is
C+I+G+(X-M)
C is consumption, I is investment, G is government expenditure, X is exports, M is imports and X-M is net exports.
When ever consumption, investment, government expenditure or net exports increase the demand curve shifts to the right and whenever they decrease the demand curve shifts to the left.
In this case when the value of the currency foreign exchange declines, the country reduce its imports because they are now more expensive as your currency's value is declining and the exports will increase because they will now be cheaper to foreign buyers as their currency is now gotten stronger. This decrease in imports and increase in exports will increase net exports and an increase in net exports will shift the demand curve to the right
Answer:
$3,412
Explanation:
The computation of the economic order quantity is shown below:
= 
= 
= 2,954 units
The carrying cost is
= $15.40 × 15%
= $2.31
The number of orders would be equal to
= Annual demand ÷ economic order quantity
= 120,000 ÷ 2,954 units
= 40.62 orders
Now The total cost of ordering cost is
Ordering cost = Number of orders × ordering cost per order
= 40.62 orders × $
84
= $3,412
