Heart Rate Lab Report
For the human’s heart rate to speed up, decrease, or stay the same, the volume of sound has a high effect on the heart. However, if people will let down the volume of sound, others would not be mannered by the increase in volume managing to the deadly heart attack. Sound within the community, for instance, traffic can cause a human’s heart rate of increase. Problem of heartbeat tends to be solved by seeing what kind of sound causes the increase of heart rates to place a termination to increase of heart rate. If sound causes the heart rate of increase, continuous sounds mainspring the heart rate to speed up. Soft sounds will cause the heart to stick the same rate to the human body or increase by a little. During the experiment, the experiment
…show more content…
Each sound have a different length of time. Importantly, the volume of the sound on my computer will be 60 dB. Sounds measurements will already be documented. All sounds will be prearranged for participants. Eight sounds will be in order for each participant. While giving all of the sounds, I will measure their heartbeats. After measuring all sounds, the participant will be done listening. Ultimately, all of the measurements will be graphed. Heart rate is very effective in our body. Wikimedia Foundation Inc. stated, “Heart rate is the speed of the heartbeat measured by the number of contractions of the heart per minute”(1). In other words, each beat of the heart is measured by the amount of process per minute. The top locations to discover the pulse is in the wrist, inside of your elbow, side of your neck, and finally the top of the foot (Pulse 1). All places to your pulse will help you find your heart rate by listening to each beat per minute. “Tachycardia is a fast heart rate, defined as above 100 bpm at rest. Bradycardia is a slow heart rate, defined as below 60 bpm at rest,” was clarified by Wikimedia Foundation Inc. (2). Tachycardia …show more content…
For exercising with heart rate the experiment requires participants, a track, water, and a heart rate monitor. The experiment was testing the effect on heart rate while exercising and the heart rate speed. The results on heart rate by exercising is muscle have less oxygen in your muscles and dehydration occurs (Jess, Sedano, and Sabin 1). Another experiment requiring heart rate and sound was testing the effect of music on heart rate. The requirements of the science experiment are the age 35 years old, heart rate monitor, a radio, and a loud music and quiet music. The different music is fast tempo and slow tempo. The experiment was seeing if slow music decreased heart rate and loud music increases heart rate. The hypothesis was accepted. Previous science experiments have shown future science projects heart rate increases by exercising and of course loud
Each sound have a different length of time. Importantly, the volume of the sound on my computer will be 60 dB. Sounds measurements will already be documented. All sounds will be prearranged for participants. Eight sounds will be in order for each participant. While giving all of the sounds, I will measure their heartbeats. After measuring all sounds, the participant will be done listening. Ultimately, all of the measurements will be graphed. Heart rate is very effective in our body. Wikimedia Foundation Inc. stated, “Heart rate is the speed of the heartbeat measured by the number of contractions of the heart per minute”(1). In other words, each beat of the heart is measured by the amount of process per minute. The top locations to discover the pulse is in the wrist, inside of your elbow, side of your neck, and finally the top of the foot (Pulse 1). All places to your pulse will help you find your heart rate by listening to each beat per minute. “Tachycardia is a fast heart rate, defined as above 100 bpm at rest. Bradycardia is a slow heart rate, defined as below 60 bpm at rest,” was clarified by Wikimedia Foundation Inc. (2). Tachycardia …show more content…
For exercising with heart rate the experiment requires participants, a track, water, and a heart rate monitor. The experiment was testing the effect on heart rate while exercising and the heart rate speed. The results on heart rate by exercising is muscle have less oxygen in your muscles and dehydration occurs (Jess, Sedano, and Sabin 1). Another experiment requiring heart rate and sound was testing the effect of music on heart rate. The requirements of the science experiment are the age 35 years old, heart rate monitor, a radio, and a loud music and quiet music. The different music is fast tempo and slow tempo. The experiment was seeing if slow music decreased heart rate and loud music increases heart rate. The hypothesis was accepted. Previous science experiments have shown future science projects heart rate increases by exercising and of course loud