Answer:
Present Value = $9,417.69 (Approx)
Explanation:
Given:
Annual payment = $1,400
Total payments = 25
Rate = 8% = 0.08
Computation:
First payment [7 years from now
]
So,
Present Value = $1,400(1/1.08⁶)[1 - (1/1.08)²⁵] / 0.08
Present Value = $1,400[6.72692]
Present Value = $9,417.69 (Approx)
Answer:
3.05%
Explanation:
According to Pure Expectation Theory, the future short term interest rates are actually the forward rates.
Mathematically,
(1 + r2,0)^2 = (1 + r1,0)^1 * (1 + r1,1)^1
Here,
r2,0 is the rate of interest for 2 year treasury security from today
r1,0 is the rate of the interest for 1 year treasury security from today
r1,1 is the rate of the interest for 2 year treasury security from Year 1
By Putting Values, we have:
(1 + r2,0)^2 = (1 + 0.04)^1 * (1 + 0.021)^1
(1 + r2,0)^2 = 1.06184
By taking square-root on both sides, we have:
(1 + r2,0) = 1.0305
r2,0 = 3.05%
Wher do we choose the communication planning and resource?
Answer:
The price she sold the bond is $1,001.47
Explanation:
The formula for yield return in given as ;
Yield to maturity= (Annual interest+ per value - market price ÷ numbers of years to maturity)/per value+ market price÷ 2
048 = (Selling price + [(.07 × $1,000)/2] - $989)/$989
Making selling price the subject of formula we have this as the abswer
Selling price = $1,001.47
Answer:
Total cost= $24,000
Explanation:
Giving the following information:
Watson, Inc. applies overhead costs based on direct labor hours. In completing the 200 units in job #120, the company incurred $12,000 in direct materials and 500 direct labor hours at $18 per hour. The predetermined overhead rate is $6 per direct labor hour.
Total cost= direct material + direct labor + manufacturing overhead
Total cost= 12,000 + 500*18 + 6*500= $24,000