Answer:
Prices would decline and interest rates would rise
Explanation:
This is because the market will be flooded with additional 50 billion dollars of bond increasing the supply causing the price to fall. Interest rate are inversely proportional to prices thus interest rate will rise.
Answer:
a. A long position is a bet that the number is going to fall while a short position is a bet that the number will rise in the future.
Explanation:
The derivative contract is a contract in which the contract is to be done between two or more parties regarding the value i.e. depend upon the financial asset i.e. underlying. It involves the bonds, commodities, etc
So according to the given options, the option a is correct as long position is a bet in which the number is to be decline while on the other hand in the short position the number would increase
If the quantity supplied by producers is relatively insensitive to price changes, supply is price inelastic.
Inelastic demand is demand for which the change in quantity demanded is small due to changes in price. Demand is elastic if the formula yields an absolute value greater than 1. In other words, quantity changes faster than price. If the value is less than 1, demand is inelastic.
For example, consumers are less price relatively insensitive if the product or service is unique or has few alternatives. Consumers are less price sensitive when total costs are low relative to total revenues. The total effort compared to the total cost of the final product also influences price sensitivity.
Learn more about price inelastic at
brainly.com/question/5078326
#SPJ4
<em>Your question is incomplete. please read below to find the full content.</em>
If the quantity supplied by producers is relatively insensitive to price changes, supply is ______. Multiple choice question.
price inelastic.
quantity demanded.
relative price increase.
change in price.
Answer:
The correct answer is 8%.
Explanation:
According to the scenario, the computation of the given data are as follows:
Let 1 year Treasury securities = t
So, Four year Treasury = [(Yield of 3 years Treasury × No. of year) + ( t × No. of year)] ÷ Number of year
So, by putting the value, we get
6.5% = [(6% × 3) + ( t × 1)] ÷ 4
[(6% × 3) + t] = 6.5% ×4
t = 8%
So, the rate on 1-year Treasury securities three years from now is 8%.
