Question
In: Finance
Calculate the time necessary to achieve an investment goal. Give your answer to the nearest day....
Calculate the time necessary to achieve an investment goal. Give your answer to the nearest day. Use a 365-day year. (First enter the total number of full years, then give the remaining days.)
$9,000 at 5% daily interest; deposit $4,000
Solutions
jeff jeffy answered 2 years agoRelated Solutions
For dollar amounts, give your answer to the nearest cent. For interest rates, give our answer...
For dollar amounts, give your answer to the nearest cent. For
interest rates, give our answer as a percentage rounded to 2
decimal places.
If any parts of the question use values from earlier parts, use the
EXACT values from earlier parts.
a) Explain the relationship between the yield to maturity of a
premium bond and its coupon rate.
b) ABC Ltd issues two different bonds with the same yield to
maturity:
a 20-year zero coupon bond
a 15-year semi-annual...
For dollar amounts, give your answer to the nearest cent. For interest rates, give our answer...
For dollar amounts, give your answer to the nearest cent. For
interest rates, give our answer as a percentage rounded to 2
decimal places.
If any parts of the question use values from earlier parts, use
the EXACT values from earlier parts.
QUESTION START
You are buying a car at a cost of $42,000 by taking a loan. The
nominal interest rate is 9% per annum compounded monthly. The bank
offers 2 options for the structure of the repayments.
Option...
1.Calculate IV completion using standard time. (Express your answer using whole numbers. Round to the nearest...
1.Calculate IV completion using standard time. (Express your
answer using whole numbers. Round to the nearest minute.)
An IV started at 5:40 a.m. that has an infusion time of 9 hr 45
min.
2.A dosage has been ordered at 4 mcg/kg/min using a 400 mg/250
mL solution. The body weight is 94.7 kg.
what the dosage mcg/min?
what flow rate mL/hr ?
3.
In IV fluid abbreviations, D10NS identifies what IV fluid?
a.The abbreviation D10NS identifies a 0.1% dextrose in water
solution....
Find the present value PV of the given investment. (Round your answer to the nearest cent.)...
Find the present value PV of the given investment.
(Round your answer to the nearest cent.)
An investment earns 3% per year and is worth $80,000 after 8
years.
PV=
Calculate the present value of the annuity. (round your answer to the nearest cent.) $1800 monthly...
Calculate the present value of the annuity. (round your answer to
the nearest cent.)
$1800 monthly at 6.1% for 30 years.
Determine the payment to amortize the debt. (round your answer
to the nearest cent.)
Monthly payments on $170,000 at 3% for 25 years.
calculate to the nearest cent the future value of an investment of $10000 at the stated...
calculate to the nearest cent the future value of an investment
of $10000 at the stated interest rate after the stated amount of
time 10.4% per year compounded monthly after 9 years.
PLEASE SHOW ALL WORKING For dollar amounts, give your answer to the nearest cent. For interest...
PLEASE SHOW ALL WORKING
For dollar amounts, give your answer to the nearest cent. For
interest rates, give our answer as a percentage rounded to 2
decimal places. If any parts of the question use values from
earlier parts, use the EXACT values from earlier parts.
QUESTION START
a) Describe the key feature of a zero-coupon bond. (1 mark)
b) “The price of a zero coupon bond should be equal to its face
value.” True or false? Explain.
c) “The...
28. calculate the present value of the annuity. (Round your answer to the nearest cent.) $1300 monthly...
28. calculate the present value of the annuity.
(Round your answer to the nearest cent.)
$1300 monthly at 6.3% for 30 years.
29. determine the payment to amortize the debt. (Round your
answer to the nearest cent.)
Monthly payments on $130,000 at 4% for 25 years.
Determine the carburizing time (in s) necessary to achieve a carbon concentration of 0.44 wt% at...
Determine the carburizing time (in s) necessary to achieve a
carbon concentration of 0.44 wt% at a position 1.8 mm into an
iron-carbon alloy that initially contains 0.031 wt% C. The surface
concentration is to be maintained at 1.2 wt% C, and the treatment
is to be conducted at 1090°C. Assume that D0 = 5.1 x 10-5 m2/s and
Qd =154 kJ/mol. You will find the table below useful.
Determine the carburizing time necessary to achieve a carbon concentration of 0.50 wt% at a position...
Determine the carburizing time necessary to achieve a carbon
concentration of 0.50 wt% at a position 3.3 mm into an iron-carbon
alloy that initially contains 0.18 wt% C. The surface concentration
is to be maintained at 1.1 wt% C, and the treatment is to be
conducted at 1050°C. Assume that D0 = 3.1 × 10-5 m2/s and Qd = 120
kJ/mol. The following table may be useful.
An iron-carbon alloy initially containing 0.227 wt% C is exposed
to an oxygen-rich...
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