Respuesta :

To solve this problem you must apply the proccedure shown below:

1. You have the following expression given in the problem:

[tex]\frac{(8)(10^{24})}{(2)(10^{18})}[/tex]

2. First, you must divide the coefficients ([tex]\frac{8}{2}=4[/tex]) and then, you must divide  the power of 10, to do this you must substract the exponents 24 and 18 ([tex]24-18=6[/tex]). Therefore, you obtain the following result:

[tex]\frac{(8)(10^{24})}{(2)(10^{18})}=(4)(10^{6})[/tex]

The answer is: [tex](4)(10^{6})[/tex]

 

The quotient for given the algebraic expression, in scientific notation, is [tex]4*10^6[/tex].      

Main Simplify Rules

For solving this question, it is necessary to apply Simplify Rules.  Then, you should:

  • Apply the factoring or factorization for  writing an algebraic expression in factors from common terms and if it's possible to eliminate them;
  • Apply the main power rules for simplifying the exponents;

From factoring rules, you can rewrite the given question as:

                               [tex]\frac{8 * 10^{24}}{2 * 10^{18}} =\frac{2 (4 * 10^{24})}{2 * 10^{18}} =\frac{4 * 10^{24}}{ 10^{18}}[/tex]  

In the previous step, the common term, 2, was eliminated.

After that, you should apply the power rules - quotient of exponentials with same base.This rule indicates that when you take the quotient of two exponentials with the same base, the exponents should be subtracted.

Therefore, for  [tex]\frac{10^{24}}{10^{18}}[/tex]  you should repeat the base (10) and subtract the exponents (24-18=6). Then, you will have [tex]10^6[/tex]

Thus, [tex]\frac{4 * 10^{24}}{ 10^{18}}=4 *10^6[/tex].

Read more about power rules here:

https://brainly.com/question/3953200