Answer:
Bond price= $1,793.62
Explanation:
Giving the following information:
Face value= $2,000
Number of periods= 17
Cupon rate= 0.077
YTM= 0.089
T<u>o calculate the price of the bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 154*{[1 - (1.089^-17)] / 0.089} + [2,000/1.089^17)
Bond Price= 1,324.21 + 469.41
Bond price= $1,793.62
Answer:
C) tender.
Explanation:
In contract law, a tender offer to perform is conditioned to the moment when the other party is willing and ready to perform as well. In this case, CrossCountry signed a contract, but the contract will be valid when the other party (Discount Outlet Stores) needs their services. If the other party does not require their services, CrossCountry is not able to perform nor demand performance.
Answer:
EEOC
Explanation:
The staff probably work for Equal Employment Opportunity Commission (EEOC), an agency designed to analyse the implementation of federals laws. The agency is liable to visit corporations to investigate the discrepancies, and to ensure that the laws are implemented. They enforced the laws, and investigate the complains of the general public regarding employment discrimination.
Answer:
See explanation section
Explanation:
See image below to get the possible answer:
Answer:
240= 3Qc + 3Qd
Explanation:
The computation of the Daniel's budget constraint is shown below;
Given that
Daniel's income= $240
Price of cake (Pc) =$3
Price of donuts (Pd) =$3
So spending on cake = 3Qc
And,
Spending on donut= 3Qd
Finally
Total spending = 3Qc + 3Qd
Now the equation of budget constraint is
Income= (quantity of cake)(price of cake) + ( quantity of donut)(price of donut)
So,
Income= Qc Pc+ Qd Pd
240= 3Qc + 3Qd