Define the function p: [0, ∞) R by: sin(x2), x≥0, p(x) = 10, x < 0. Tasks: 1. Boundedness Analysis: • a. Prove that p(x) is bounded on R. ⚫ b. Provide a graph of p(x) over [0, 10] to illustrate its bounded oscillatory behavior. 2. Integrability Investigation: ⚫ a. Determine whether p(x) is Riemann integrable on [0, ∞). ⚫ b. Determine whether p(x) is Lebesgue integrable on [0, ∞). 3. Improper Integral Evaluation: a. Evaluate p(x) da if it exists. ⚫ b. Discuss the convergence or divergence of the improper integral based on your analysis. 4. Histogram Representation: ⚫ a. Construct a histogram of p(x) values over [0, 10] with appropriate binning to capture the oscillatory nature. ⚫ b. Analyze the distribution of p(x) values and relate it to the integrability findings. 5. Analysis of Function Behavior: a. Examine the decay of oscillations in p(x) as a increases.
Define the function p: [0, ∞) R by: sin(x2), x≥0, p(x) = 10, x < 0. Tasks: 1. Boundedness Analysis: • a. Prove that p(x) is bounded on R. ⚫ b. Provide a graph of p(x) over [0, 10] to illustrate its bounded oscillatory behavior. 2. Integrability Investigation: ⚫ a. Determine whether p(x) is Riemann integrable on [0, ∞). ⚫ b. Determine whether p(x) is Lebesgue integrable on [0, ∞). 3. Improper Integral Evaluation: a. Evaluate p(x) da if it exists. ⚫ b. Discuss the convergence or divergence of the improper integral based on your analysis. 4. Histogram Representation: ⚫ a. Construct a histogram of p(x) values over [0, 10] with appropriate binning to capture the oscillatory nature. ⚫ b. Analyze the distribution of p(x) values and relate it to the integrability findings. 5. Analysis of Function Behavior: a. Examine the decay of oscillations in p(x) as a increases.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Histogram and graphs : I need detailed answer with each single step, do not skip any calculations, And most importantly, give visualization, i do not just need simple answer, need visualization, histogram , graphs, with proper labeling.
![Define the function p: [0, ∞) R by:
sin(x2), x≥0,
p(x) =
10,
x < 0.
Tasks:
1. Boundedness Analysis:
•
a. Prove that p(x) is bounded on R.
⚫ b. Provide a graph of p(x) over [0, 10] to illustrate its bounded oscillatory behavior.
2. Integrability Investigation:
⚫ a. Determine whether p(x) is Riemann integrable on [0, ∞).
⚫ b. Determine whether p(x) is Lebesgue integrable on [0, ∞).
3. Improper Integral Evaluation:
a. Evaluate p(x) da if it exists.
⚫ b. Discuss the convergence or divergence of the improper integral based on your analysis.
4. Histogram Representation:
⚫ a. Construct a histogram of p(x) values over [0, 10] with appropriate binning to capture
the oscillatory nature.
⚫ b. Analyze the distribution of p(x) values and relate it to the integrability findings.
5. Analysis of Function Behavior:
a. Examine the decay of oscillations in p(x) as a increases.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F51079f09-222f-4350-8f85-2c771af3aba2%2F1704b44e-caf5-4c2b-9f31-f869c0d2bbcd%2F13h7skk_processed.png&w=3840&q=75)
Transcribed Image Text:Define the function p: [0, ∞) R by:
sin(x2), x≥0,
p(x) =
10,
x < 0.
Tasks:
1. Boundedness Analysis:
•
a. Prove that p(x) is bounded on R.
⚫ b. Provide a graph of p(x) over [0, 10] to illustrate its bounded oscillatory behavior.
2. Integrability Investigation:
⚫ a. Determine whether p(x) is Riemann integrable on [0, ∞).
⚫ b. Determine whether p(x) is Lebesgue integrable on [0, ∞).
3. Improper Integral Evaluation:
a. Evaluate p(x) da if it exists.
⚫ b. Discuss the convergence or divergence of the improper integral based on your analysis.
4. Histogram Representation:
⚫ a. Construct a histogram of p(x) values over [0, 10] with appropriate binning to capture
the oscillatory nature.
⚫ b. Analyze the distribution of p(x) values and relate it to the integrability findings.
5. Analysis of Function Behavior:
a. Examine the decay of oscillations in p(x) as a increases.
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