Mathematics

An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Each bond ...

An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Each bond ...

[html]An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Each bond is to mature in 5 years. Compute how much greater the yield to maturity from bond B is than from bond A. (Do not consider commission. Round yiel

yesure5294   87   1 Reply

Botox14

An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Commission ...

An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Commission ...

An investor bought two bonds. Bond A was a 9% bond at 106 and bond B was a 7% bond at 94. Commission was $5 per bond. Compute how much greater the current yield from bond A is than from bond B. (Round yields to two decimal places.)

gringoboy6   89   1 Reply

doublekud

An investor bought an 8% bond at 110. The commission was $5. Compute the annual current yield. ...

An investor bought an 8% bond at 110. The commission was $5. Compute the annual current yield. ...

An investor bought an 8% bond at 110. The commission was $5. Compute the annual current yield. (Round answer to two decimal places.)

mmaruska   58   1 Reply

iffn23

An investor bought an 8% bond at 110. The bond would mature in 8 years. Compute the rate of yield to ...

An investor bought an 8% bond at 110. The bond would mature in 8 years. Compute the rate of yield to ...

An investor bought an 8% bond at 110. The bond would mature in 8 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

nrod1120   76   1 Reply

tranle311

An investor bought an 8% bond at 106. The bond would mature in 5 years. Compute the rate of yield to ...

An investor bought an 8% bond at 106. The bond would mature in 5 years. Compute the rate of yield to ...

An investor bought an 8% bond at 106. The bond would mature in 5 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

mrtrombley92   96   1 Reply

aupadhay287

An investor bought an 8 1/2% bond at 98. The bond would mature in 4 years. Compute the rate of yield ...

An investor bought an 8 1/2% bond at 98. The bond would mature in 4 years. Compute the rate of yield ...

An investor bought an 8 1/2% bond at 98. The bond would mature in 4 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

simmiie259   75   1 Reply

thomas1993

An investor bought an 8 1/2% bond at 108. The bond would mature in 8 years. Compute the rate of ...

An investor bought an 8 1/2% bond at 108. The bond would mature in 8 years. Compute the rate of ...

An investor bought an 8 1/2% bond at 108. The bond would mature in 8 years. Compute the rate of yield to maturity. (Round answer to two decimal places.)

jack103106   46   1 Reply

boomers1234

An investor bought an 8 1/2% bond at 108. Compute the current yield. (Round answer to two decimal places.)

An investor bought an 8 1/2% bond at 108. Compute the current yield. (Round answer to two decimal places.)

An investor bought an 8 1/2% bond at 108. Compute the current yield. (Round answer to two decimal places.)

ktpizzle1993   103   1 Reply

oth987

An investor bought a 9% bond at 88. The bond would mature in 6 years. Compute the rate of yield to ...

An investor bought a 9% bond at 88. The bond would mature in 6 years. Compute the rate of yield to ...

An investor bought a 9% bond at 88. The bond would mature in 6 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

greyfrost   63   1 Reply

fs125

An investor bought a 9% bond at 88. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 9% bond at 88. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 9% bond at 88. Compute the current yield. (Round answer to two decimal places.)

cmartinez034   48   1 Reply

Redhawt75

An investor bought a 8% bond at 92. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 8% bond at 92. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 8% bond at 92. Compute the current yield. (Round answer to two decimal places.)

Nikolas   45   1 Reply

gronk44

An investor bought a 7% bond at 82. The bond would mature in 6 years. Compute the rate of yield to ...

An investor bought a 7% bond at 82. The bond would mature in 6 years. Compute the rate of yield to ...

An investor bought a 7% bond at 82. The bond would mature in 6 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

Krazil   54   1 Reply

mkql12

An investor bought a 6 3/4% bond at 74. The commission was $5. Compute the current yield. (Round ...

An investor bought a 6 3/4% bond at 74. The commission was $5. Compute the current yield. (Round ...

An investor bought a 6 3/4% bond at 74. The commission was $5. Compute the current yield. (Round answer to two decimal places.)

Befuddled   62   1 Reply

owenuton

An investor bought a 6 3/4% bond at 74. The bond would mature in 13 years. Compute the rate of yield ...

An investor bought a 6 3/4% bond at 74. The bond would mature in 13 years. Compute the rate of yield ...

An investor bought a 6 3/4% bond at 74. The bond would mature in 13 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

lythong266   67   1 Reply

bodie1980

An investor bought a 5 1/2% bond at 99. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 5 1/2% bond at 99. Compute the current yield. (Round answer to two decimal places.)

An investor bought a 5 1/2% bond at 99. Compute the current yield. (Round answer to two decimal places.)

pgakui   55   1 Reply

relisabeth

An investor bought a 10 1/2% bond at 109. The commission was $5. Compute the current yield. (Round ...

An investor bought a 10 1/2% bond at 109. The commission was $5. Compute the current yield. (Round ...

An investor bought a 10 1/2% bond at 109. The commission was $5. Compute the current yield. (Round answer to two decimal places.)

bioFREAK11   53   1 Reply

cryzazn

An investor bought a 10 1/2% bond at 109. The bond would mature in 5 years. Compute the rate of ...

An investor bought a 10 1/2% bond at 109. The bond would mature in 5 years. Compute the rate of ...

An investor bought a 10 1/2% bond at 109. The bond would mature in 5 years. Compute the rate of yield to maturity. (Do not consider commission. Round answer to two decimal places.)

jack103106   61   1 Reply

twogat123

Allison Yu purchased five $1,000 convertible bonds at face value. Each bond was convertible into 25 ...

Allison Yu purchased five $1,000 convertible bonds at face value. Each bond was convertible into 25 ...

[html]Allison Yu purchased five $1,000 convertible bonds at face value. Each bond was convertible into 25 shares of common stock. After several years, when the stock was selling at 46, Allison converted all five bonds. What was Allison's gain upon co

choco1433   60   1 Reply

chanelfargesen

A $1,000 bond with interest at 9% on March 1 and September 1 was sold on October 30 at 105 plus ...

A $1,000 bond with interest at 9% on March 1 and September 1 was sold on October 30 at 105 plus ...

A $1,000 bond with interest at 9% on March 1 and September 1 was sold on October 30 at 105 plus accrued interest. Compute the dollar amount of the sale the seller received. (Assume a 360-day year and a commission of $5 per bond.)

Ashurbanipal   59   1 Reply

jvigil33

A $1,000 bond with interest at 9% on March 1 and September 1 was purchased on November 4 at 107 plus ...

A $1,000 bond with interest at 9% on March 1 and September 1 was purchased on November 4 at 107 plus ...

A $1,000 bond with interest at 9% on March 1 and September 1 was purchased on November 4 at 107 plus accrued interest. Compute the entire purchase cost of the bond. (Assume a 360-day year and a commission of $5 per bond.)

atomicyoyo   51   1 Reply

shanelljac204

A $1,000 bond with interest at 9% on January 1 and July 1 was sold on March 20 at 109 plus accrued ...

A $1,000 bond with interest at 9% on January 1 and July 1 was sold on March 20 at 109 plus accrued ...

A $1,000 bond with interest at 9% on January 1 and July 1 was sold on March 20 at 109 plus accrued interest. Compute the dollar amount of the sale the seller received. (Assume a 360-day year and a commission of $5 per bond.)

sam3359   47   1 Reply

jay2013

A $1,000 bond with interest at 9% on January 1 and July 1 was purchased on September 12 at 86 plus ...

A $1,000 bond with interest at 9% on January 1 and July 1 was purchased on September 12 at 86 plus ...

A $1,000 bond with interest at 9% on January 1 and July 1 was purchased on September 12 at 86 plus accrued interest. Compute the entire purchase cost of the bond. (Assume a 360-day year and a commission of $5 per bond.)

eennuson   48   1 Reply

JulzMarie

A $1,000 bond with interest at 9 1/8% on March 1 and September 1 was purchased on October 15. ...

A $1,000 bond with interest at 9 1/8% on March 1 and September 1 was purchased on October 15. ...

A $1,000 bond with interest at 9 1/8% on March 1 and September 1 was purchased on October 15. Compute the number of days for which accrued interest will be paid.

brettlaw   50   1 Reply

culwri204

A $1,000 bond with interest at 9 1/4% on January 1 and July 1 was purchased on September 10. Compute ...

A $1,000 bond with interest at 9 1/4% on January 1 and July 1 was purchased on September 10. Compute ...

A $1,000 bond with interest at 9 1/4% on January 1 and July 1 was purchased on September 10. Compute the dollar amount of accrued interest that will be paid to the seller. (Assume a 360-day year.)

nrod1120   64   1 Reply

texasboy3

A $1,000 bond with interest at 9 1/2% on March 1 and September 1 was purchased on November 23. ...

A $1,000 bond with interest at 9 1/2% on March 1 and September 1 was purchased on November 23. ...

A $1,000 bond with interest at 9 1/2% on March 1 and September 1 was purchased on November 23. Compute the number of days for which accrued interest will be paid.

samanthakay   45   1 Reply

armywahine

A $1,000 bond with interest at 9 % on March 1 and September 1 was sold on July 7 at 106 plus accrued ...

A $1,000 bond with interest at 9 % on March 1 and September 1 was sold on July 7 at 106 plus accrued ...

A $1,000 bond with interest at 9 % on March 1 and September 1 was sold on July 7 at 106 plus accrued interest. Compute the dollar amount of the sale the seller received. (Assume a 360-day year and a commission of $5 per bond.)

rbowen87   74   1 Reply

armywahine

A $1,000 bond with interest at 8% on March 1 and September 1 was sold on July 8 at 92 plus accrued ...

A $1,000 bond with interest at 8% on March 1 and September 1 was sold on July 8 at 92 plus accrued ...

A $1,000 bond with interest at 8% on March 1 and September 1 was sold on July 8 at 92 plus accrued interest. Compute the dollar amount of the sale the seller received. (Assume a 360-day year and a commission of $5 per bond.)

shopaka12   50   1 Reply

careytran

A $1,000 bond with interest at 8% on March 1 and September 1 was purchased on October 17. Compute ...

A $1,000 bond with interest at 8% on March 1 and September 1 was purchased on October 17. Compute ...

A $1,000 bond with interest at 8% on March 1 and September 1 was purchased on October 17. Compute the dollar amount of accrued interest that will be paid to the seller. (Assume a 360-day year.)

gyoku2302   46   1 Reply

wukong81

A $1,000 bond with interest at 8.2% paid semiannually January 1 and July 1 was purchased on August ...

A $1,000 bond with interest at 8.2% paid semiannually January 1 and July 1 was purchased on August ...

A $1,000 bond with interest at 8.2% paid semiannually January 1 and July 1 was purchased on August 18. Compute the number of days for which accrued interest will be paid.

danny2012   61   1 Reply

knh1473

A $1,000 bond with interest at 8 1/2% on March 1 and September 1 was purchased on June 18 at 108 ...

A $1,000 bond with interest at 8 1/2% on March 1 and September 1 was purchased on June 18 at 108 ...

A $1,000 bond with interest at 8 1/2% on March 1 and September 1 was purchased on June 18 at 108 plus accrued interest. Compute the entire purchase cost of the bond. (Assume a 360-day year and a commission of $5 per bond.)

partygirl4u59   51   1 Reply

marksonbol

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was sold on September 4 at 103 plus ...

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was sold on September 4 at 103 plus ...

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was sold on September 4 at 103 plus accrued interest. Compute the dollar amount of the sale the seller received. (Assume a 360-day year and a commission of $5 per bond.)

rosenrot   61   1 Reply

snowcat012

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was purchased on September 30 at 97 ...

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was purchased on September 30 at 97 ...

A $1,000 bond with interest at 8 1/2% on January 1 and July 1 was purchased on September 30 at 97 plus accrued interest. Compute the entire purchase cost of the bond. (Assume a 360-day year and a commission of $5 per bond.)

carlvh37   48   1 Reply

Chintan13

A $1,000 bond with interest at 7% on January 1 and July 1 was purchased on May 11. Compute the ...

A $1,000 bond with interest at 7% on January 1 and July 1 was purchased on May 11. Compute the ...

A $1,000 bond with interest at 7% on January 1 and July 1 was purchased on May 11. Compute the dollar amount of accrued interest that will be paid to the seller. (Assume a 360-day year)

lotusflwr   55   1 Reply

blf1210

A $1,000 bond with interest at 6 7/8% on January 1 and July 1 was purchased on October 7. Compute ...

A $1,000 bond with interest at 6 7/8% on January 1 and July 1 was purchased on October 7. Compute ...

A $1,000 bond with interest at 6 7/8% on January 1 and July 1 was purchased on October 7. Compute the number of days for which accrued interest will be paid.

Infinitez   65   1 Reply

channy40

A $1,000 bond with interest at 10% on March 1 and September 1 was purchased on February 13. Compute ...

A $1,000 bond with interest at 10% on March 1 and September 1 was purchased on February 13. Compute ...

A $1,000 bond with interest at 10% on March 1 and September 1 was purchased on February 13. Compute the dollar amount of accrued interest that will be paid to the seller. (Assume a 360-day year.)

pattytcakes   63   1 Reply

harrison5692

Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists ...

Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists ...

[html]Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists of $200,000 of 7% preferred stock and $100,000 of common stock. The directors declare a dividend of half of the entire earnings.

jayboskeet   44   1 Reply

omolola69

Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists ...

Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists ...

[html]Swartz CompanyThe Swartz Company earned $30,000 last year. The capital stock of the company consists of $200,000 of 7% preferred stock and $100,000 of common stock. The directors declare a dividend of half of the entire earnings.

malhi101   50   1 Reply

heathernhull

Stock of the XYZ Corporation has a par value of $50. If the corporation pays a 5% dividend, compute ...

Stock of the XYZ Corporation has a par value of $50. If the corporation pays a 5% dividend, compute ...

Stock of the XYZ Corporation has a par value of $50. If the corporation pays a 5% dividend, compute the amount of the dividend paid to the owner of 160 shares.

Krazil   52   1 Reply

jbee

Stock of the Boston Corporation has a par value of $20. If the corporation pays a 7% dividend, ...

Stock of the Boston Corporation has a par value of $20. If the corporation pays a 7% dividend, ...

Stock of the Boston Corporation has a par value of $20. If the corporation pays a 7% dividend, compute the amount of the dividend paid to the owner of 762 shares.

rbowen87   51   1 Reply

angelofavarice

Stock of the ABC Corporation has a par value of $30. If the corporation pays a 6% dividend, compute ...

Stock of the ABC Corporation has a par value of $30. If the corporation pays a 6% dividend, compute ...

Stock of the ABC Corporation has a par value of $30. If the corporation pays a 6% dividend, compute the amount of the dividend per share.

shbensonjr   33   1 Reply

ikidding