We appreciate your visit to Students hypothesized that blood pressure and pulse rate would decrease in response to elevated body temperatures They gathered the experimental data shown below Did the. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!
Answer :
To determine if the experiment's results support the students' hypothesis, we need to analyze how blood pressure and pulse rate changed in response to increased body temperatures.
Let's break down what the data shows:
Data Summary:
1. Temperature and Blood Pressure:
- At 98.6°F, Blood Pressure is 120/80.
- At 98.7°F, Blood Pressure is 115/78.
- At 98.9°F, Blood Pressure is 113/74.
- At 99.1°F, Blood Pressure is 111/74.
2. Temperature and Pulse Rate:
- At 98.6°F, Pulse Rate is 70.
- At 98.7°F, Pulse Rate is 73.
- At 98.9°F, Pulse Rate is 78.
- At 99.1°F, Pulse Rate is 84.
Analysis:
- Blood Pressure Changes:
- Systolic Blood Pressure decreases from 120 to 111 as temperature increases.
- Diastolic Blood Pressure decreases from 80 to 74 as temperature increases.
Overall change:
- Systolic Blood Pressure decreased by 9 units.
- Diastolic Blood Pressure decreased by 6 units.
- Pulse Rate Changes:
- Pulse Rate increases from 70 to 84 as temperature increases.
Overall change:
- Pulse Rate increased by 14 units.
Conclusion:
The hypothesis was that both blood pressure and pulse rate would decrease with increased body temperature. The experimental data shows:
- Blood pressure (both systolic and diastolic) did indeed decrease as temperature increased, which supports the hypothesis for blood pressure.
- However, the pulse rate increased as temperature increased, which does not support the hypothesis for pulse rate.
Thus, the experiment's results partially support the students' hypothesis. Blood pressure decreases with increased temperature, but pulse rate increases instead of decreasing.
Let's break down what the data shows:
Data Summary:
1. Temperature and Blood Pressure:
- At 98.6°F, Blood Pressure is 120/80.
- At 98.7°F, Blood Pressure is 115/78.
- At 98.9°F, Blood Pressure is 113/74.
- At 99.1°F, Blood Pressure is 111/74.
2. Temperature and Pulse Rate:
- At 98.6°F, Pulse Rate is 70.
- At 98.7°F, Pulse Rate is 73.
- At 98.9°F, Pulse Rate is 78.
- At 99.1°F, Pulse Rate is 84.
Analysis:
- Blood Pressure Changes:
- Systolic Blood Pressure decreases from 120 to 111 as temperature increases.
- Diastolic Blood Pressure decreases from 80 to 74 as temperature increases.
Overall change:
- Systolic Blood Pressure decreased by 9 units.
- Diastolic Blood Pressure decreased by 6 units.
- Pulse Rate Changes:
- Pulse Rate increases from 70 to 84 as temperature increases.
Overall change:
- Pulse Rate increased by 14 units.
Conclusion:
The hypothesis was that both blood pressure and pulse rate would decrease with increased body temperature. The experimental data shows:
- Blood pressure (both systolic and diastolic) did indeed decrease as temperature increased, which supports the hypothesis for blood pressure.
- However, the pulse rate increased as temperature increased, which does not support the hypothesis for pulse rate.
Thus, the experiment's results partially support the students' hypothesis. Blood pressure decreases with increased temperature, but pulse rate increases instead of decreasing.
Thanks for taking the time to read Students hypothesized that blood pressure and pulse rate would decrease in response to elevated body temperatures They gathered the experimental data shown below Did the. We hope the insights shared have been valuable and enhanced your understanding of the topic. Don�t hesitate to browse our website for more informative and engaging content!
- Why do Businesses Exist Why does Starbucks Exist What Service does Starbucks Provide Really what is their product.
- The pattern of numbers below is an arithmetic sequence tex 14 24 34 44 54 ldots tex Which statement describes the recursive function used to..
- Morgan felt the need to streamline Edison Electric What changes did Morgan make.
Rewritten by : Barada
