Homework Answers
During the non-steady state diffusion of nitrogen in a semi-infinite bar of steel, it is found...
During the non-steady state diffusion of nitrogen in a semi-infinite bar of steel, it is found that it takes 5 hours to reach a concentration of 1.38 wt% nitrogen at a depth of 1.0 mm. How much time would it take to reach the same concentration of nitrogen at a depth of 2.0 mm assuming the same surface and initial concentrations. Co = 1.38 wt%, Given T = 800 °C, D = 2.22 x 10-10 m?s-1, Cor = Owt%, Cs...
Glazer bought a 10-year bond, with a 6% coupon paid semi-annually. He paid $1,078 for the...
Glazer bought a 10-year bond, with a 6% coupon paid semi-annually. He paid $1,078 for the bond. What is the effective duration assuming a 50-basis point change in interest rates? a. 8.2154 b. 8.1669 C. 7.5755 d. 7.3427
d) OH e) H2O2 Formic acid, which is a component of insect venom lhe + venom...
d) OH e) H2O2 Formic acid, which is a component of insect venom lhe + venom has a Ka= 18 x 10 What is the LH3 that is initially o. 40M form! H COOH 820m for solution a) 2.4 x 10- b) 8.5 X 10 - C) 2.8 x 10- d) 1. 88 10-S e) 6.0 x103
The duration of a par-value bond with a coupon rate of 8% (paid semi-annually) and a...
The duration of a par-value bond with a coupon rate of 8% (paid semi-annually) and a remaining time to maturity of 5 years is closest to a. 5 years b. 4.6 years c. 4.2 years d. 4.0 years e. 3.7 years
Calculate the productivity index (PI) for a well producing under semi-steady state flow condition with following...
Calculate the productivity index (PI) for a well producing under semi-steady state flow condition with following reservoir parameters. qo300 STB/day (constant) S -5 Bo.06 bbl/STB Ho-2.5 cp k =60 md h107 ft w 0.29 ft pe5000 psi at 1000 ft pwf3000 psi
(4 points) Consider a 2-year mortgage loan that is paid back semi-annually. The semi-annually compounded mortgage rate is 5%. The principal is $1000. a) (1 point) Calculate the semi-annual coupon. b)...
(4 points) Consider a 2-year mortgage loan that is paid back semi-annually. The semi-annually compounded mortgage rate is 5%. The principal is $1000. a) (1 point) Calculate the semi-annual coupon. b) (3 points) How much of the coupon is interest payment and how much is principal repayment in 0.5 year, in 1 year, in 1.5 years, and in 2 years? Also calculate the (post- coupon) notional value of the outstanding principle for these four dates.
(4 points) Consider a 2-year...
A 30-year bond has a 9% coupon paid semi-annually and a bond yield of 12%. What...
A 30-year bond has a 9% coupon paid semi-annually and a bond yield of 12%. What is the price of the bond? A. $793.53 B. $1,244.33 C. $1,308.21 D. $1,309.57 E. $757.58 F. $758.34
A company issues a ten-year bond at par with a coupon rate of 6.6% paid semi-annually....
A company issues a ten-year bond at par with a coupon rate of 6.6% paid semi-annually. The YTM at the beginning of the third year of the bond (8 years left to maturity) is 9.2%. What is the new price of the bond? A. $ 855 B. $ 1,026 C. $ 1,197 D. $1,000
A company issues a ten-year bond at par with a coupon rate of 6.9% paid semi-annually....
A company issues a ten-year bond at par with a coupon rate of 6.9% paid semi-annually. The YTM at the beginning of the third year of the bond (8 years left to maturity) is 8.9%. What is the new price of the bond? O A. $1,242 В. $1,065 С. $887 D. $1,000
A $33,950 loan at 10.6% compounded semi-annually is to be paid off by a series of...
A $33,950 loan at 10.6% compounded semi-annually is to be paid off by a series of $4,000 payments that will be made at the end of every six months. How much of the first payment will be credited towards reduction of the principal?
During the non-steady state diffusion of nitrogen in a semi-infinite bar of steel, it is found that it takes 5 hours to reach a concentration of 1.38 wt% nitrogen at a depth of 1.0 mm. How much time would it take to reach the same concentration of nitrogen at a depth of 2.0 mm assuming the same surface and initial concentrations. Co = 1.38 wt%, Given T = 800 °C, D = 2.22 x 10-10 m?s-1, Cor = Owt%, Cs...
Glazer bought a 10-year bond, with a 6% coupon paid semi-annually. He paid $1,078 for the bond. What is the effective duration assuming a 50-basis point change in interest rates? a. 8.2154 b. 8.1669 C. 7.5755 d. 7.3427
d) OH e) H2O2 Formic acid, which is a component of insect venom lhe + venom has a Ka= 18 x 10 What is the LH3 that is initially o. 40M form! H COOH 820m for solution a) 2.4 x 10- b) 8.5 X 10 - C) 2.8 x 10- d) 1. 88 10-S e) 6.0 x103
Calculate the productivity index (PI) for a well producing under semi-steady state flow condition with following reservoir parameters. qo300 STB/day (constant) S -5 Bo.06 bbl/STB Ho-2.5 cp k =60 md h107 ft w 0.29 ft pe5000 psi at 1000 ft pwf3000 psi
(4 points) Consider a 2-year mortgage loan that is paid back semi-annually. The semi-annually compounded mortgage rate is 5%. The principal is $1000. a) (1 point) Calculate the semi-annual coupon. b) (3 points) How much of the coupon is interest payment and how much is principal repayment in 0.5 year, in 1 year, in 1.5 years, and in 2 years? Also calculate the (post- coupon) notional value of the outstanding principle for these four dates.
(4 points) Consider a 2-year...
A company issues a ten-year bond at par with a coupon rate of 6.9% paid semi-annually. The YTM at the beginning of the third year of the bond (8 years left to maturity) is 8.9%. What is the new price of the bond? O A. $1,242 В. $1,065 С. $887 D. $1,000
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