Normal healthy resting pulse rate for 30 year old males has a mean of 71 beats per minute and a standard deviation of 8 beats per minute. Normal healthy resting pulse rates for 30 year old female has a mean of 76 beats per minute and a standard deviation of 10 beats per minute. Melissa (a 30 year old female) has a resting pulse rate of 83. John (a 30 year old male) has a resting pulse rate of 80. Who has a "higher" pulse rate relative to their gender? O a) John O b) Melissa

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**Understanding Normal Healthy Resting Pulse Rates for 30-Year-Old Adults**

**Mean and Standard Deviation of Resting Pulse Rates:**
For 30-year-old males:
- Mean: 71 beats per minute
- Standard Deviation: 8 beats per minute

For 30-year-old females:
- Mean: 76 beats per minute
- Standard Deviation: 10 beats per minute

**Case Study: Individual Pulse Rates**
- Melissa, a 30-year-old female, has a resting pulse rate of 83 beats per minute.
- John, a 30-year-old male, has a resting pulse rate of 80 beats per minute.

**Question for Analysis:**
Who has a "higher" pulse rate relative to their gender?

**Options:**
a) John
b) Melissa

**Instructions for Determination:**
To determine who has a higher pulse rate relative to their gender, one should compare each individual’s pulse rate to the mean pulse rate of their respective gender, considering the standard deviation. This can be done by calculating how many standard deviations away each individual's pulse rate is from their gender-specific mean (often expressed as a z-score in statistical terms).

This exercise helps in understanding how individual measurements compare to typical ranges within a population, taking into account variability as expressed by the standard deviation.

**Educational Goal:**
This comparison helps students understand the concept of comparing individual data points within population data, an application of basic statistical concepts such as the mean and standard deviation.
Transcribed Image Text:**Understanding Normal Healthy Resting Pulse Rates for 30-Year-Old Adults** **Mean and Standard Deviation of Resting Pulse Rates:** For 30-year-old males: - Mean: 71 beats per minute - Standard Deviation: 8 beats per minute For 30-year-old females: - Mean: 76 beats per minute - Standard Deviation: 10 beats per minute **Case Study: Individual Pulse Rates** - Melissa, a 30-year-old female, has a resting pulse rate of 83 beats per minute. - John, a 30-year-old male, has a resting pulse rate of 80 beats per minute. **Question for Analysis:** Who has a "higher" pulse rate relative to their gender? **Options:** a) John b) Melissa **Instructions for Determination:** To determine who has a higher pulse rate relative to their gender, one should compare each individual’s pulse rate to the mean pulse rate of their respective gender, considering the standard deviation. This can be done by calculating how many standard deviations away each individual's pulse rate is from their gender-specific mean (often expressed as a z-score in statistical terms). This exercise helps in understanding how individual measurements compare to typical ranges within a population, taking into account variability as expressed by the standard deviation. **Educational Goal:** This comparison helps students understand the concept of comparing individual data points within population data, an application of basic statistical concepts such as the mean and standard deviation.
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