Answer:
is producing at a point where output is less than potential GDP.
Explanation:
When the unemployment is high it is obvious that the economy is under its potential level but there is inflation case so we need to know the meaning of Philips Curve. The aggregate demand and aggregate supply model provides a simple summary of the possible outcomes proposed by the Phillips curve. The Phillips curve shows the combination of inflation and unemployment arising when the economy of the aggregate demand curve in the short run shifts along the short-term aggregate supply curve. Increased demand for goods and services will lead to higher prices in the short term and increased output of goods and services. Increasing output means increasing employment and lowering unemployment. In addition, the higher the rate this year, the higher the rate of inflation, no matter what the price level is in the past. Thus, the change in aggregate demand leads to short-term changes in inflation and unemployment rates, which is consistent with the dependence described in the Phillips curve. Monetary and fiscal policy tools are used to influence the aggregate demand curve, that is, to move the economy along the Phillips curve. Increasing money supply, government spending, or tax cuts move the aggregate demand curve to the right and drives the economy to a point where the Phillips curve corresponds to lower unemployment and higher inflation. Reducing money supply, government spending, or raising taxes will push the aggregate demand curve to the left, while the economy shifts to the point where Phillips curves with lower inflation and higher unemployment. In this sense, the Phillips curve offers policymakers a set of combinations of inflation and unemployment.
Answer:
Yield to call is 9.8%
Explanation:
The rate of return bonholders receives on a callable bond until the call date is called Yield to call.
Yield to Call = [ C + ( F - P ) / n ] / [ (F + P ) / 2 ]
C = Coupon Payment = $105 per year
F = Face value = $1,000
P = Call price = $1,100
n -= number of years to call = 5
Yield to Call = [ $105 + ( $1,000 - $1,100 ) / 5 ] / [ ( $1,000 + $1,100 ) / 2 ]
Yield to Call = [ $105 - 2 ] / $1,050 = $103 / $1,050 = 0.098 = 9.8%
Question Completion with Options:
i. Line Organisation
ii. Staff Organisation
iii. Functional Organisation
iv. Committee Organisation Code
Answer:
The option that is not a standard organizational structure is:
iv. Committee Organisation Code
Explanation:
The organizational structure adopted by an entity reflects how some of its rules, roles, and responsibilities are directed between organizational levels in order to achieve its goals. The organizational structure also shows the information flows between different levels within the entity. Traditionally, organizations maintained hierarchical, functional, divisional, matrix, and flat organizational structures. Given current digitalization with its internet of things (IoT), more decentralized, network, and team-based organizational structures have emerged.
Diversification is important in investing because "It helps you to balance your risk across different types of investments".
Explanation:
Diversification is a risk management approach that includes investing beyond or within various asset types to depreciate the ups and downs of economic exchanges. In different terms, diversification is thereby not owning all your eggs in one basket. Diversification goes by expanding properties beyond and within various asset types. Because asset types have their own individual financial rounds, when one class is making substantial profits, another may not be functioning as well. By expanding your purchases beyond and within distinct asset categories you’ll be in an immeasurable situation to offset the buoyancy of unique expenses.
Answer
1. D
2. C
3. A
Explanation
1.
To identify the return below is the formula to calculate the Return
Net Return = Current Worth - Total of Purchase
Net Return = $260,000 - $250,000
Net Return = $10,000
Answer 1 = D
2.
below is the formula to calculate Rate of Return
Rate of Return = ( Current Value - Original Value)/Original Value
Rate of Return = ($260,000-$250,000)/$260,000
Rate of Return =
.
Rate of Return = 3.86%
if round off it we found
Rate of Return = 4%
Answer 2 = C
3.
first we need to calculate the what is the value of after the inflation 2.5%
$6,500
current worth - inflation amount
$260,000 - $6,500
$253,500
now calculate the rate of return
($253,500 - $250,000)/($253,000)
$3,500/$253,000
1.38%
if we round off 1.38% then we found 1.5%
Answer 3 is A 1.5%
