The proof for the power property of logarithms appears in the table with an expression missing.
Step
Reason
log, M)
Given
log.((b"))
Substitution
Properties of exponents
Logarithm property log, (b) = 0
Substitution
Commutative property of multiplication
Flog, (M).
Frilog, (M)
Which expression is missing from the proof?
log, (6**)
log, (6*-))
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Respuesta :

Answer:

[tex]log_{b}(b^{x r}) [/tex]

Step-by-step explanation:

A picture of the question is shown in the figure attached. There we can see that the step corresponding to Properties of exponents is the option:

[tex]log_{b}(b^{x r}) [/tex]

which is equivalent to

[tex]log_{b}((b^{x})^{r}) [/tex]

Ver imagen jbiain

This question is based on the property of exponents.Therefore, the correct option is (c), [tex]\bold{log _a(b^{x r})}[/tex].

Given that :

[tex]\bold{log_a(M^r)}[/tex]

In this question, we have choose appropriate correct option for for given expression.

According to the question,

It is given that,

[tex]\bold{log_a(M^r)}[/tex]                                                                                            ...(1)

Now, substitute the value of M = [tex]\bold{b^{x}}[/tex]. We get,

Thus, [tex]\bold{log_a(M^r)} = \bold{log _a((b^{x})^r)}[/tex]                                                            ...(2)

As we know that, by using the property of exponents,

[tex]\bold{(x^{m})^n = x ^{mn}}[/tex]

Now, applying this property in expression (2).

We get,

[tex]\bold{log _a((b^{x})^r)} = \bold{log _a(b^{x r})}[/tex]

Therefore, the correct option is (c), [tex]\bold{log _a(b^{x r})}[/tex].

For more details, prefer this link:

https://brainly.com/question/1807508