IDNLearn.com: Where your questions meet expert answers and community support. Get accurate answers to your questions from our community of experts who are always ready to provide timely and relevant solutions.
Sagot :
To determine which player has the better batting average, we need to compare Jana's and Tasha's batting averages.
1. Calculate Jana's Batting Average:
- Jana has hit the ball 7 times out of 10 attempts.
- Her batting average is calculated as:
[tex]\[ \text{Jana's Batting Average} = \frac{7}{10} = 0.7 \][/tex]
2. Calculate Tasha's Batting Average:
- Tasha has hit the ball 10 times out of 16 attempts.
- Her batting average is calculated as:
[tex]\[ \text{Tasha's Batting Average} = \frac{10}{16} = 0.625 \][/tex]
3. Compare Their Batting Averages:
- Jana's batting average is [tex]\(0.7\)[/tex].
- Tasha's batting average is [tex]\(0.625\)[/tex].
- Between these, [tex]\(0.7 > 0.625\)[/tex].
Therefore, Jana has the highest batting average.
Now, we analyze the provided options:
- Option 1: "Tasha, because she has the lowest ratio since [tex]\(0.7 < 0.625\)[/tex]."
- This statement is incorrect because [tex]\(0.7\)[/tex] is not less than [tex]\(0.625\)[/tex].
- Option 2: "Tasha, because she has the highest ratio since [tex]\(\frac{56}{80} > \frac{50}{80}\)[/tex]."
- This comparison is factually incorrect as well since [tex]\(0.7\)[/tex] is actually greater than [tex]\(0.625\)[/tex].
- Option 3: "Jana, because she has the highest ratio since [tex]\(\frac{56}{80} > \frac{50}{80}\)[/tex]."
- This is misleading but concludes correctly that Jana has the highest batting average, although the [tex]\(56\)[/tex] and [tex]\(50\)[/tex] do not correctly represent the ratios given earlier.
- Option 4: "Jana, because she has the lowest ratio since [tex]\(0.7 < 0.625\)[/tex]."
- This statement is incorrect because [tex]\(0.7\)[/tex] is not less than [tex]\(0.625\)[/tex].
The correct detailed conclusion from the correct answer is:
Jana, because she has the highest batting average since [tex]\(0.7 > 0.625\)[/tex].
1. Calculate Jana's Batting Average:
- Jana has hit the ball 7 times out of 10 attempts.
- Her batting average is calculated as:
[tex]\[ \text{Jana's Batting Average} = \frac{7}{10} = 0.7 \][/tex]
2. Calculate Tasha's Batting Average:
- Tasha has hit the ball 10 times out of 16 attempts.
- Her batting average is calculated as:
[tex]\[ \text{Tasha's Batting Average} = \frac{10}{16} = 0.625 \][/tex]
3. Compare Their Batting Averages:
- Jana's batting average is [tex]\(0.7\)[/tex].
- Tasha's batting average is [tex]\(0.625\)[/tex].
- Between these, [tex]\(0.7 > 0.625\)[/tex].
Therefore, Jana has the highest batting average.
Now, we analyze the provided options:
- Option 1: "Tasha, because she has the lowest ratio since [tex]\(0.7 < 0.625\)[/tex]."
- This statement is incorrect because [tex]\(0.7\)[/tex] is not less than [tex]\(0.625\)[/tex].
- Option 2: "Tasha, because she has the highest ratio since [tex]\(\frac{56}{80} > \frac{50}{80}\)[/tex]."
- This comparison is factually incorrect as well since [tex]\(0.7\)[/tex] is actually greater than [tex]\(0.625\)[/tex].
- Option 3: "Jana, because she has the highest ratio since [tex]\(\frac{56}{80} > \frac{50}{80}\)[/tex]."
- This is misleading but concludes correctly that Jana has the highest batting average, although the [tex]\(56\)[/tex] and [tex]\(50\)[/tex] do not correctly represent the ratios given earlier.
- Option 4: "Jana, because she has the lowest ratio since [tex]\(0.7 < 0.625\)[/tex]."
- This statement is incorrect because [tex]\(0.7\)[/tex] is not less than [tex]\(0.625\)[/tex].
The correct detailed conclusion from the correct answer is:
Jana, because she has the highest batting average since [tex]\(0.7 > 0.625\)[/tex].
Your participation is crucial to us. Keep sharing your knowledge and experiences. Let's create a learning environment that is both enjoyable and beneficial. Your search for solutions ends at IDNLearn.com. Thank you for visiting, and we look forward to helping you again.