Solve.Jack decided to put $600 into an IRA account every 3 months at a rate of 6% compounded quarterly. Find a recursive formula that represents his balance at the end of each quarter. How long will it be before the value of the account is $100,000? What will be the balance in 30 years when Jack retires?
A. B0 = 600 Bn = (1 + 
)B(n - 1) + 600; 21 years; $202,355
B. B0 = 600 Bn = (1 + 
)B(n - 1) + 600; 10 years; $6.8 million
C. B0 = 600 Bn = (1 + 
)B(n - 1) + 600; 7 years; $4 million
D. B0 = 600 Bn = (1 + 
)B(n - 1) + 600; 18 years; $151,860
Answer: A
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Solve the problem.A bullet is fired with a muzzle velocity of 1393 ft/sec from a gun aimed at an angle of 8° above the horizontal. Find the horizontal component of the velocity.
A. 193.9 ft/sec B. 1379 ft/sec C. 195.8 ft/sec D. -202.7 ft/sec
Decide whether the statement is true or false.There exists a rational number that is an integer.
A. True B. False
Perform the indicated operations graphically.(-4 + j ) - (-2 - 3j )
A. 
a = -4 + j
b = 2 + 3j
c = (-4 + j ) - (-2 - 3j )
B. 
a = -4 + j
b = 2 + 3j
c = (-4 + j ) - (-2 - 3j )
C. 
a = -4 + j
b = 2 + 3j
c = (-4 + j ) - (-2 - 3j )
D. 
a = -4 + j
b = 2 + 3j
c = (-4 + j ) - (-2 - 3j )
Find the root.
A. 7 B. 18 C. 49 D. Not a real number