5. Given that x satisfies the inequality 20x > 33, find the smallest value of x if x is a prime number, About the author Bella
Answer: [tex]2[/tex] is the smallest prime number which satisfies the above inequality. Step-by-step explanation: Given: [tex]20x > 33[/tex] To find: Smallest value of x assuming x as a prime number Solution: [tex]20x > 33[/tex] [tex]x > \frac{33}{20}[/tex] [tex]x > 1.35[/tex] Smallest value of x, if x is a prime number [tex]x>2[/tex] ∴ [tex]2[/tex] is the smallest prime number which satisfies the above inequality. Thanks! Please mark me as brainliest. Reply
Answer:
[tex]2[/tex] is the smallest prime number which satisfies the above inequality.
Step-by-step explanation:
Given:
[tex]20x > 33[/tex]
To find:
Smallest value of x assuming x as a prime number
Solution:
[tex]20x > 33[/tex]
[tex]x > \frac{33}{20}[/tex]
[tex]x > 1.35[/tex]
Smallest value of x, if x is a prime number
[tex]x>2[/tex]
∴ [tex]2[/tex] is the smallest prime number which satisfies the above inequality.
Thanks! Please mark me as brainliest.