90- 80- The graph to the right shows the heart rate of a person watching a short romantic film, where x represents time in minutes, and y represents heart rate in beats per minute. Answer the following questions. 70- 60- 50- 40+ 4 12 16 (a) For which time periods was the person's heart rate increasing? A. from 1 through 3 minutes and from 9 through 13 minutes B. from 1 through 13 minutes O C. from 3 through 15 minutes D. from 3 through 9 minutes and from 13 through 15 minųtes (b) For which time periods was the person's heart rate decreasing? O A. from 1 through 3 minutes and from 9 through 13 minutes O B. from 3 through 15 minutes O C. from 1 through 13 minutes O D. from 3 through 9 minutes and from 13 through 15 minutes fonm deareninate inaren
90- 80- The graph to the right shows the heart rate of a person watching a short romantic film, where x represents time in minutes, and y represents heart rate in beats per minute. Answer the following questions. 70- 60- 50- 40+ 4 12 16 (a) For which time periods was the person's heart rate increasing? A. from 1 through 3 minutes and from 9 through 13 minutes B. from 1 through 13 minutes O C. from 3 through 15 minutes D. from 3 through 9 minutes and from 13 through 15 minųtes (b) For which time periods was the person's heart rate decreasing? O A. from 1 through 3 minutes and from 9 through 13 minutes O B. from 3 through 15 minutes O C. from 1 through 13 minutes O D. from 3 through 9 minutes and from 13 through 15 minutes fonm deareninate inaren
Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Binomial is an algebraic expression of the sum or the difference of two terms. Before knowing about binomial distribution, we must know about the binomial theorem.
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![**Understanding Heart Rate Changes While Watching a Romantic Film**
The graph depicted presents the heart rate of a person while they watch a short romantic film. Here, the x-axis represents time in minutes, and the y-axis represents the heart rate in beats per minute. The graph's data points illustrate the fluctuations in heart rate over a period of 15 minutes.
### Graph Analysis
The graph spans from 0 to 16 minutes on the x-axis and from 40 to 90 beats per minute (bpm) on the y-axis. The graph depicts the heart rate with a blue line that varies over the given time period.
### Key Observations
- The heart rate starts at slightly above 60 bpm at 0 minutes.
- It increases to around 70 bpm at 2 minutes.
- Then, it decreases to approximately 55 bpm at 8 minutes.
- Another increase is observed around 13 minutes where the heart rate goes above 60 bpm again.
### Questions and Answers
**(a) For which time periods was the person’s heart rate increasing?**
- **A.** from 1 through 3 minutes and from 9 through 13 minutes
- **B.** from 1 through 13 minutes
- **C.** from 3 through 15 minutes
- **D.** from 3 through 9 minutes and from 13 through 15 minutes
**(b) For which time periods was the person’s heart rate decreasing?**
- **A.** from 1 through 3 minutes and from 9 through 13 minutes
- **B.** from 3 through 15 minutes
- **C.** from 1 through 13 minutes
- **D.** from 3 through 9 minutes and from 13 through 15 minutes
**Graph Details:**
The graph demonstrates the following trends:
- **Increasing heart rate:** Increase is observed from 1 through 3 minutes, and again from 9 through 13 minutes.
- **Decreasing heart rate:** Decrease occurs from 3 through 9 minutes, and from 13 through 15 minutes.
Understanding the changes in a person's heart rate while watching different scenes of a film can help in deciphering emotional responses to the content. Monitoring such physiological responses provides valuable insights into the psychological and emotional impact of visual stimuli.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47cd433c-af7e-4add-b878-a95e599142fb%2F1fccb8fe-7308-476c-b58f-8a4361feb44e%2F40l0luv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Understanding Heart Rate Changes While Watching a Romantic Film**
The graph depicted presents the heart rate of a person while they watch a short romantic film. Here, the x-axis represents time in minutes, and the y-axis represents the heart rate in beats per minute. The graph's data points illustrate the fluctuations in heart rate over a period of 15 minutes.
### Graph Analysis
The graph spans from 0 to 16 minutes on the x-axis and from 40 to 90 beats per minute (bpm) on the y-axis. The graph depicts the heart rate with a blue line that varies over the given time period.
### Key Observations
- The heart rate starts at slightly above 60 bpm at 0 minutes.
- It increases to around 70 bpm at 2 minutes.
- Then, it decreases to approximately 55 bpm at 8 minutes.
- Another increase is observed around 13 minutes where the heart rate goes above 60 bpm again.
### Questions and Answers
**(a) For which time periods was the person’s heart rate increasing?**
- **A.** from 1 through 3 minutes and from 9 through 13 minutes
- **B.** from 1 through 13 minutes
- **C.** from 3 through 15 minutes
- **D.** from 3 through 9 minutes and from 13 through 15 minutes
**(b) For which time periods was the person’s heart rate decreasing?**
- **A.** from 1 through 3 minutes and from 9 through 13 minutes
- **B.** from 3 through 15 minutes
- **C.** from 1 through 13 minutes
- **D.** from 3 through 9 minutes and from 13 through 15 minutes
**Graph Details:**
The graph demonstrates the following trends:
- **Increasing heart rate:** Increase is observed from 1 through 3 minutes, and again from 9 through 13 minutes.
- **Decreasing heart rate:** Decrease occurs from 3 through 9 minutes, and from 13 through 15 minutes.
Understanding the changes in a person's heart rate while watching different scenes of a film can help in deciphering emotional responses to the content. Monitoring such physiological responses provides valuable insights into the psychological and emotional impact of visual stimuli.
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