Answer: Price of pumpkins will fall compared to last year.
Explanation: Favorable weather leading to a larger crop than usual means that there is more supply of pumpkins this year than before. Shifting the supply curve down to the right. At the same time, when people switch away from jack-o'-lanterns towards buying more costumes, it leads to a decline in the demand for pumpkins shifting the demand curve to the left.
The net result will be a decline in the demand for fall in the price of pumpkin. However, the effect on the quantity cannot be determined as it depends on the magnitude of shift in the two curves.
Answer:
b. number of shares issued is 80,000
Explanation:
In the question, the common stock par value and the total amount is given. Moreover, paid-in capital is also given.
So, if we compute it, then it gives the number of shares issued because it contains a formula which is shown below:
Number of shares issued = (Common stock ÷ Par value)
= ($80,000 ÷ $1)
= 80,000 shares
So, paid-in capital is not relevant in the computation part, and therefore, the other options are wrong except b. option.
If the Fed mailed everyone a $1,000, the effect would be a <u>rise in prices, </u>output, and income.
<h3 /><h3>What happens when money is injected into the economy?</h3>
The Equation of exchange is:
<em>Money supply x Velocity of money = Price level x Quantity of goods and services produced </em>
If the Money supply increases like it will when $1,000 is sent by the Fed to people, the velocity will also rise as people purchase more goods and services.
The Price level and the Quantity produced on the right side of the equation would also have to rise to match the left side. So prices would rise, and so would output.
Find out more on the equation of exchange at brainly.com/question/10110078.
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Answer:
Lil Tjay and the song F.N or Mood Swings
Explanation:
Answer:
Statement a. is correct.
Explanation:
The effective annual rate is always higher than the nominal interest rate, as the formula is clear for any number of periods, for any interest rate:
Effective Annual Rate of return = 
Further if we calculate the present value of annuity due and ordinary annuity assuming 6 % interest rate, then:
Present value of annuity due =

= 1.06
$400.95
= $425.0089
Present value of ordinary annuity =
= $150
2.6730
= $400.95
Therefore, value of annuity due is more than value of ordinary annuity.
Statement a. is correct.