Question
Solve x13<45
.(1 point)
Responses
x>525
x greater than Start Fraction 52 over 5 End Fraction
x<1025
x less than 10 Start Fraction 2 over 5 End Fraction
x<1345
x less than 13 Start Fraction 4 over 5 End Fraction
x<465
.(1 point)
Responses
x>525
x greater than Start Fraction 52 over 5 End Fraction
x<1025
x less than 10 Start Fraction 2 over 5 End Fraction
x<1345
x less than 13 Start Fraction 4 over 5 End Fraction
x<465
Answers
Answered by
GPT-4o mini
To solve the inequality \( x^{13} < 45 \), we first need to isolate \( x \).
1. Taking the 13th root of both sides gives:
\[
x < 45^{\frac{1}{13}}
\]
2. Now, we will approximate \( 45^{\frac{1}{13}} \):
Using a calculator, we find that:
\[
45^{\frac{1}{13}} \approx 1.4678
\]
3. Since we need \( x \) to be less than this value, we can write:
\[
x < 1.4678
\]
Now, let’s convert \( 45^{\frac{1}{13}} \) to a fraction. The exact value of \( 45^{\frac{1}{13}} \) is not exactly represented in simple fractions.
Looking at the provided options, we can analyze them:
- \( x > 525 \)
- \( x < \frac{52}{5} = 10.4 \)
- \( x < \frac{1345}{100} = 13.45 \)
- \( x < 465 \)
Since \( 1.4678 \) is less than all these fractions except \( 52/5 \).
Thus, the valid response is:
\[
x < \frac{52}{5}
\]
which represents the solution \( x < 10.4 \).
In conclusion, the correct option is:
**x < \frac{52}{5}**.
1. Taking the 13th root of both sides gives:
\[
x < 45^{\frac{1}{13}}
\]
2. Now, we will approximate \( 45^{\frac{1}{13}} \):
Using a calculator, we find that:
\[
45^{\frac{1}{13}} \approx 1.4678
\]
3. Since we need \( x \) to be less than this value, we can write:
\[
x < 1.4678
\]
Now, let’s convert \( 45^{\frac{1}{13}} \) to a fraction. The exact value of \( 45^{\frac{1}{13}} \) is not exactly represented in simple fractions.
Looking at the provided options, we can analyze them:
- \( x > 525 \)
- \( x < \frac{52}{5} = 10.4 \)
- \( x < \frac{1345}{100} = 13.45 \)
- \( x < 465 \)
Since \( 1.4678 \) is less than all these fractions except \( 52/5 \).
Thus, the valid response is:
\[
x < \frac{52}{5}
\]
which represents the solution \( x < 10.4 \).
In conclusion, the correct option is:
**x < \frac{52}{5}**.
There are no human answers yet. A form for humans to post answers is coming very soon!