Resting heart rate varies among different people. Design an experiment and examine whether or not a particular variable (e.g. fitness level, smoking, activity, age, gender) has an effect on heart rate. Begin by making one or more observations. Then formulate a hypothesis that can be tested. Finally, design an experiment to test your hypothesis! You can use yourself and any person you can talk to including family and friends Observations: State one or more observations related to your scientific Observation(s): The Heart rate will change depending on activity Hypothesis: Generate a hypothesis and include a justification for your Hypothesis: Male that are active will have a higher hear rate than females Experiment: Describe your experiment below and state the independent and dependent variables you will be exploring. Explain any specific instructions, e.g. how it will be carried out, how any measurements are to be made, if needed, etc… independent variable: Gender dependent variable: Heart rate Experiment: Carry out the experiment and record data in the table below. Enter the resting heart rate in BPM for each person as well as data for the variable you are testing. Create your own table or use the table below. Give your table a title and enter the average and standard deviation for your data set. Table Title: Student Initials Resting Heart Rate (BPM) Post acitivity Heart Rate James(M) 74 123 Robert ( M) 72 156 Michael(M) 63 98 William(M) 56 130 Mary (F) 79 112 Linda(F) 61 132 Barabara(F) 58 138 Rihana(F) 84 134 Group Average 68.375 127.875 Standard deviation 10.32 17.40 just perform t test to support or reject hypothesis and please Create an appropriate graph using excel to represent your For 1.Graph your results by hand. You may use the graph paper below or your own.Make sure to label all parts of the graph and select the proper type of graph for this data. Bar Graph: be sure to graph the average (or mean) for the two groups Label the X-axis with your independent Label the Y-axis with your dependent Label your figure (graph) with an appropriate Discussion: Did the data support your hypothesis? Describe how the trend in the data did or did not support your Provide a possible explanation of the You can use your textbook or the internet to find a possible physiological explanation.

Resting heart rate varies among different people. Design an experiment and examine whether or not a particular variable (e.g. fitness level, smoking, activity, age, gender) has an effect on heart rate. Begin by making one or more observations. Then formulate a hypothesis that can be tested. Finally, design an experiment to test your hypothesis! You can use yourself and any person you can talk to including family and friends Observations: State one or more observations related to your scientific Observation(s): The Heart rate will change depending on activity Hypothesis: Generate a hypothesis and include a justification for your Hypothesis: Male that are active will have a higher hear rate than females Experiment: Describe your experiment below and state the independent and dependent variables you will be exploring. Explain any specific instructions, e.g. how it will be carried out, how any measurements are to be made, if needed, etc… independent variable: Gender dependent variable: Heart rate Experiment: Carry out the experiment and record data in the table below. Enter the resting heart rate in BPM for each person as well as data for the variable you are testing. Create your own table or use the table below. Give your table a title and enter the average and standard deviation for your data set. Table Title: Student Initials Resting Heart Rate (BPM) Post acitivity Heart Rate James(M) 74 123 Robert ( M) 72 156 Michael(M) 63 98 William(M) 56 130 Mary (F) 79 112 Linda(F) 61 132 Barabara(F) 58 138 Rihana(F) 84 134 Group Average 68.375 127.875 Standard deviation 10.32 17.40 just perform t test to support or reject hypothesis and please Create an appropriate graph using excel to represent your For 1.Graph your results by hand. You may use the graph paper below or your own.Make sure to label all parts of the graph and select the proper type of graph for this data. Bar Graph: be sure to graph the average (or mean) for the two groups Label the X-axis with your independent Label the Y-axis with your dependent Label your figure (graph) with an appropriate Discussion: Did the data support your hypothesis? Describe how the trend in the data did or did not support your Provide a possible explanation of the You can use your textbook or the internet to find a possible physiological explanation.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

See similar textbooks

Hypothesis: Male that are active will have a higher hear rate than females

Experiment: Describe your experiment below and state the independent and dependent variables you will be exploring. Explain any specific instructions, e.g. how it will be carried out, how any measurements are to be made, if needed, etc…
independent variable: Gender

dependent variable: Heart rate

Experiment:

Carry out the experiment and record data in the table below. Enter the resting heart rate in BPM for each person as well as data for the variable you are testing. Create your own table or use the table below. Give your table a title and enter the average and standard deviation for your data set.

Table Title:

Student Initials	Resting Heart Rate (BPM)	Post acitivity Heart Rate
James(M)	74	123
Robert ( M)	72	156
Michael(M)	63	98
William(M)	56	130
Mary (F)	79	112
Linda(F)	61	132
Barabara(F)	58	138
Rihana(F)	84	134
Group Average	68.375	127.875
Standard deviation	10.32	17.40

just perform t test to support or reject hypothesis and please

Create an appropriate graph using excel to represent your

For

1.Graph your results by hand. You may use the graph paper below or your own.Make sure to label all parts of the graph and select the proper type of graph for this data.

Bar Graph: be sure to graph the average (or mean) for the two groups