Solution 02 10 2016 at 03 00am EST The replace with url for the course home page for the course contains the syllabus grading policy and other
Solution at am EST The replace with url for the course home page for the course contains the
Solution at am EST The replace with url for the course home page
The replace with url for the course home page for the course contains the syllabus grading policy and other
Solution at am EST The replace with url for the course
home page for the course contains the syllabus grading policy and other
Solution at am EST The replace with url for
Solution at am EST
(Solution) 02/10/2016 at 03:00am EST. The (* replace with url for the course home page *) for the course contains the syllabus, grading policy and other...

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I need help, please show ALL work, detailed please. Thanks!The (* replace with url for the course home page *) for the course contains the syllabus, grading policy and other information. This Fle is /conf/snippets/setHeader.pg you can use it as a model for creating Fles which introduce each problem set. The primary purpose of WeBWorK is to let you know that you are getting the correct answer or to alert you if you are making some kind of mistake. Usually you can attempt a problem as many times as you want before the due date. However, if you are having trouble Fguring out your error, you should consult the book, or ask a fellow student, one of the TA’s or your professor for help. Don’t spend a lot of time guessing – it’s not very efFcient or effective. Give 4 or 5 signiFcant digits for (±oating point) numerical answers. ²or most problems when entering numerical answers, you can if you wish enter elementary expressions such as 2 ^ 3 instead of 8, sin ( 3 ? pi / 2 ) instead of -1, e ^ ( ln ( 2 )) instead of 2, ( 2 + tan ( 3 )) ? ( 4 - sin ( 5 )) ^ 6 - 7 / 8 instead of 27620.3413, etc. Here’s the list of the functions which WeBWorK understands. You can use the ²eedback button on each problem page to send e-mail to the professors. 1. (1 pt) ²ind the EXACT solution to the equation below (do not give a decimal approximation) . log ( x 2 )+ log ( x 7 ) log ( 19 x ) = 3 x = 2. (1 pt) The population of a colony of rabbits grows expo- nentially. The colony begins with 5 rabbits; 5 years later there are 390 rabbits. (a) Express the population of the colony of rabbits, P , as a function of time, t , in years. P ( t )= (b) Use the graph to estimate how long it takes for the pop- ulation of rabbits to reach 1000 rabbits. It will take years. (round to nearest 0.01 year) 3. (1 pt) If f ( x )= e 8 x , g ( x )= 8 x + 8 , and h ( x )= p x . ²ind a simpliFed formula for the function below: f ( g ( x ) ) h ( x )= 4. (1 pt) What is the domain of y = ln ( x 2 + 3 x - 18 ) ? click here for help using interval notation 5. (1 pt) Using the properties of logarithms, decide whether each equation is true or not. ? 1. ln ( A ) ln ( B )= ln ( A )+ ln ( B ) ? 2. log ( A ) log ( B ) = log ( A ) - log ( B ) ? 3. log ( AB )= log ( A )+ log ( B ) ? 4. log ( p A )= 1 2 log ( A ) ? 5. p ln ( A )= ln ( A ( 1 / 2 ) ) ? 6. p · ln ( A )= ln ( A p ) 6. (1 pt) ²ind the inverse function (if it exists) of h ( x )= x 2 x + 3 . If the function is not invertible, enter NONE . h - 1 ( x )= (notice in this problem the independent variable in the inverse is x ) 7. (1 pt) ²ind the inverse function (if it exists) of f ( x )= ln ( 7 - 8 x ) . If the function is not invertible, enter NONE . f - 1 ( x )= (notice in this problem the independent variable in the inverse is x ) 8. (1 pt) ²ind the inverse function of g ( x )= p x + 2 3 - p x . If the function is not invertible, enter NONE . g - 1 ( x )= 1

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