Answer:
d. $8,000
Explanation:
Reserve requirement = 25% = 0.25
The money multiplier = 1 /Required reserve
The money multiplier = 1/0.25
The money multiplier = 4
The initial deposits = $2,000
The maximum possible expansion of deposits = Initial deposits * The money multiplier = $2,000 * 4 = $8,000. Thus, the maximum expansion of the money supply possible from the original deposit is $8,000
Answer:
Correct option is C
Explanation:
Increase in \alpha decreases πt - π(t-1) which shows decrease in natural rate of unemployment.
Phillips bend clarifies the connection between expansion rate and joblessness rate. As indicated by it there is a reverse connection between the joblessness rate and swelling rate. It implies there is an exchange off among expansion and joblessness rate.
The strategy ramifications of Phillips bend is that administration can't lessen swelling and joblessness together. It joblessness decreases, at that point the economy must acknowledge higher expansion. Then again, on the off chance that economy lessens expansion, at that point it must acknowledge higher joblessness.
When there is synchronous change in the swelling rate and joblessness rate then this is an instance of development along the short-run Phillips bend.
Then again, when either joblessness rate or swelling rate stays unaltered while different changes then it prompts moving of short-run Phillips bend.
Answer:
C increase the money supply in the economy
Explanation:
apex
Answer:
D) delivery
Explanation:
A delivery gap in service quality refers to the difference between the actual delivery of a good or service versus the service delivery policies. In other words, it is the difference between reality and theory.
Theoretically Saltdust should be a premier restaurant and serve delicious dishes, but in reality its service is not that good.
Answer:
B) Smaller Than 1
Explanation:
Snell's Law states that the ratio of the sines of incidence and refraction is equal to the ratio of the phase of velocities in the two phases. When light travels from a rarer medium like air to a denser medium like water, the light would be refracted towards the normal line. For example, the refractive index of air with respect to glass is represented as;
<em>sin i / sin r</em>
If light rays travel from glass which is a denser medium to a rarer medium which is air, the light rays would bend away from the normal line, and then the angle of refraction would be greater than the angle of incidence. So, the refractive index of the rarer medium which is air with respect to the denser medium which is glass will be smaller than 1.
