You have to count each time your heart beats in 10 seconds then multiply that number by 6 (for a total of 60 seconds) or you can count how many times your heart beats per minute.
For example if your heart beats 12 times in 10 seconds you would multiply 12 x 6 which equals 72 or you could just have some one time a minute while you count your heart beats.
Note: 60-80 are considered healthy for a resting if you resting is above 100 will resting you may not be too healthy also keep in mind some people may have a heart rate as low as 45-50 this either means they are in amazing shape and their hearts are very strong or they have a medical problem
1 is the answer
No, each breath of each human being counted.
Pulse is short for pulsations which is the word used to describe the feeling of a heartbeat the definition for pulsation: the rhythmic contraction and expansion of the arteries with each beat of the heart.
For an average adult human, 5 percent of the blood supply enters or leaves the heart with each heartbeat.
Each heartbeat begins with an action potential generated at the sinoatrial node or simple call the SAnode.
If ten pulses pass you each second, moving at 300cm, then the pulses are 30 cm apart.
The strength or force of each heartbeat is referred to as cardiac output, which is the amount of blood pumped by the heart in one minute. This is determined by the volume of blood ejected with each heartbeat (stroke volume) and the heart rate.
pulse
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The electrocardiogram indicates when each heartbeat begins, triggering the cuffs to be mechanically deflated. As each heartbeat ends, the cuffs are mechanically inflated
When two transverse pulses move towards each other, they undergo a phenomenon known as interference. As the pulses overlap in space, they combine to form a resultant pulse, which can be either constructive or destructive depending on their amplitudes and phases. Constructive interference occurs when the peaks of both pulses align, increasing the overall amplitude, while destructive interference happens when a peak aligns with a trough, reducing the amplitude. Once the pulses pass through each other, they continue on their paths unaffected, demonstrating the principle of superposition.
They were counted as three-fifths of a person