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Question 109232This question is from textbook College Algebra In Context
: A trust account manager has $500,000 to be invested in three different accounts. The accounts pay 8%, 10%, and 14%, respectively, and the goal is to earn $49,000 with the amount invested at 8% equal to the sum of the other two investments. To accomplish this, assume that x dollars are invested at 8%, y dollars are invested at 10%, and z dollars are invested at 14%.
a. Write an equation that describes the sum of money in the three investments.
b. Write an equation that describes the total amount of money earned by the three investments.
c. Write an equation that describes the relationship among the three investments.
d. solve the system of equations to find how much should be invested in each accournt to satisfy the conditions.This question is from textbook College Algebra In Context
Click here to see answer by stanbon(26297)  |
Question 110485: I know it says one problem per submition but this algebra question involves 2.
Find Each Of The Following Products
A)4x(7x-3)
B)(x+4)(x+6)
C)(x-3)(x+2)
D)(2x+1)(2x-1)
Please Help Me If You Cannot do both can you please do atleast one i would greatly appreciate you doing both they're in the same question THANK YOU!!!!!
Click here to see answer by ankor@dixie-net.com(6693)  |
Question 111744: Mr. Adams buys a bag of apples and a bag of pears for a total of $14.00. There are eight pounds of fruit in all. The apples cost $1.50 per pound, and the pears cost $2.30 per pound. HOw many pounds of pears did he buy?
Click here to see answer by checkley71(8405)  |
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Older solutions: 1..45, 46..90, 91..135, 136..180, 181..225, 226..270, 271..315, 316..360, 361..405, 406..450, 451..495, 496..540, 541..585, 586..630, 631..675, 676..720, 721..765, 766..810, 811..855, 856..900, 901..945, 946..990, 991..1035, 1036..1080, 1081..1125, 1126..1170, 1171..1215, 1216..1260, 1261..1305, 1306..1350, 1351..1395, 1396..1440, 1441..1485, 1486..1530, 1531..1575, 1576..1620, 1621..1665, 1666..1710, 1711..1755, 1756..1800, 1801..1845, 1846..1890
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