Answer:
Direct.
Explanation:
No intermediaries are used to provide goods and services to customers
. Typically seller is the manufacturer or an individual.
Answer:
The total loss in welfare to the economy will be -$32.
Explanation:
By intersecting the supply function QS to the demand function QD, we will find the equilibrium price:
QD = QS
16P - 8 = 64 - 16P
16P + 16P = 64 +8 =
32P = 72
P = $2.00
Replacing the equilibrium price either in QS or QD, we foind the equilibrium quantity:
QS = 64 - 16*2 = 64 -32
QS = 32
In this case the total revenues at the equilibrium price RE will be:
RE = 32 * $2 = $64
On the other hand if the government imposes a price floor at $3.00, then the new total revenues RN will be:
RN = 32 * $3 = $96
Therefore the total losses is find by subtracting the revenue at the goverment price floor RN to the revenue at the equilibrium price RE:
LT = RE - RN
LT = $64 - $96 = -$32
Answer: To be eligible for partial benefits, you must work at least 80% of the hours required for the employment. If you worked a 40-hour week, for example, you won't be eligible for benefits if you work more than 32 hours.
Explanation: See above.
Have a good day.
Answer:
Explanation:
1
Dr Accounts Receivable 74600
Cr Sales Revenue 74600
Dr Cost of Goods Sold 37900
Cr Inventory 37900
2
Dr Freight Out 310
Cr Cash 310
3
Dr Sales Revenue 3880
Cr Accounts Receivable 3880
Dr Inventory 1910
Cr Cost of Goods Sold 1910
4
Dr Sales Revenue 1160
Cr Accounts Receivable 1160
5
Dr Cash 53300
Cr Accounts Receivable A/c 53300
<u>Answer:</u>
Federal bank increase initial reserves (by purchase of government bonds) by $8 million, to increase money supply by $40 million
<u>Explanation:</u>
Open market operations refer to buying 7 selling of government securities, to regulate money supply. To increase money supply, central bank buys the government bonds. As, purchase transaction from commercial bank or public imply they have more liquid money supplied.
Money multiplier reflects the multiple change in total money deposits, due to increase in initial deposits.
Final Deposits = (1 / RR) x Initial Deposits; where RR = Reserve requirement
Needed increase in money supply = 40 million, Reserve requirement = 20%
∴ 40 = ( 1 / 0.20 ) x Initial deposits
40 = 5 x Initial Deposits
Initial Deposits = 40 / 5
Initial deposits = 8
