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Mathematics 16 Online
OpenStudy (anonymous):

67 x 45 /98

OpenStudy (anonymous):

You are considering different investment strategies to save for your retirement. Option 1: You invest $25/ month at a rate of 3.25% APR compounded monthly for 30 years. Option 2: You invest $75/ quarter at a rate of 4.00% APR compounded monthly for 30 years. Option 3: You invest $1,000 at a rate of 6.25% APR compounded monthly for 30 years. Option # Contributions Total Interest Earned Final Balance 1 $25 $14 $800.50 2 $75 $53 $801.50 3 $1,000 $1,215 $820.00 Best Answer

OpenStudy (xapproachesinfinity):

where are the expressions ?

OpenStudy (anonymous):

@xapproachesinfinity sorry I meant what equation

OpenStudy (xapproachesinfinity):

hey you posted one thing you need to post the expression are you asleep hehehe

OpenStudy (xapproachesinfinity):

equation? you are not given any equation! you mean expression

OpenStudy (xapproachesinfinity):

oh well anyway let's simplify that thingy

OpenStudy (anonymous):

sorry lol

OpenStudy (xapproachesinfinity):

\(2\log_212-\log_24+\log_23=2\log_2(4.3)-\log_22^2+\log_23\) using log properties \(=2[\log_24+log_23]-\log_2^2+\log_23\)

OpenStudy (xapproachesinfinity):

that middle term should be log_2(2^2) sorry

OpenStudy (xapproachesinfinity):

continue from there i have to leave now

OpenStudy (xapproachesinfinity):

just rememebe log_2(2^2)=2

OpenStudy (anonymous):

wait

OpenStudy (xapproachesinfinity):

Sorry but i running out of time i really need to go lol

OpenStudy (xapproachesinfinity):

ok hold on

OpenStudy (xapproachesinfinity):

it should be \(2+3\log_23\)

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