Type 19/34*100 into your calculator, and out comes the answer.
The one with $1,000 principal
Answer:
log_5(u^6)
Step-by-step explanation:
According to log rules, log_a(b^n) = nlog_a(b), reversing this we get that log_5(u^6) is what you are looking for.
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<h3>ѕíncє.. </h3>
ѕquαrє σf αnч numвєr cαn't вє nєgαtívє..
ѕσ.. αnѕwєr dσєѕ nσt єхíѕt~
hσpє hєlpful~
<h2>
~Be Brainly!</h2>
<span>We have to choose which statement is correct. Initial investment is $60.00 and it increases by 15 % each year. It means that it increases 1.15 times each year. Therefore this situation can be represented by the exponential function, which has no x intercept. The function is: f ( x ) = 60 * 1.15^x, where x represents years. For x = 6: f ( x ) =60 * 1.15^6 = 138. For x = 7.68 : f ( x ) = 60 * 1.15^7.68 = 180 . For x = 8 : f ( x ) = 60 * 1.15^8 = 183.54 ( rounded to the nearest dollar: 184 ). Answers: B ) This situation can be represented by the exponential function: f ( x ) = 60 * 1.15^x. C ) This function has no x intercept. F ) After 7.86 years the value of the investment will be 3 times the initial value. G ) After 8 years the value of the investment will be $184. </span>
