Conclusion:
In conclusion, as doing a jump rope increased the heart beat per minute and as doing more numbers of exercise, that increased the heart rate even more. In the first graph above (Average initial heart rate VS Average heart rate after jumping), all the blue bars are below the green bars, this represent that no matter the amount of exercise, in all set, the heart rate anyway increased. The result showing in the first graph transformed into a second graph in order to show the changes of heart rate: In the second graph, the average change in heart rate is continually increasing as doing more numbers of jumps. The reason of why this relationship between the numbers of jumping and average change of heart rate is showing as increasing is because of heart beat and exercise are related. The scientific reason of why this relationship been shown will explained by moving back to the hypothesis. The hypothesis was as doing more numbers of jumps, the heart rate will be increasing. Considering the data collected through the
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Measuring the heart rate for a minute was a way too long time, which means it was a more than enough time until the heart pumps recover back to the initial heart rate, therefore, at the end of 1 minute the heart rate eventually went down to a similar heart rate as the initial heart rate that’ve measured before jump roping. The solution to this problem will be minimizing the time of measuring the heart beat using blood oxygen meter. As the blood oxygen meter shows the number which represent the heart rate, the first number that appears on the oximeter screen would be the heart rate in that trial. In this way, it can ensure that it is an accurate data since it would be the closest heart rate number right after the different amount of