depends on what youre doing. If you have that while just sitting around then it's bad, if you have that while walking it's OK.
You need to accurately check the heart rate. Digoxin can lower the heart rate to dangerous levels. You should not administer digoxin when pulse rate is already below 60.
Why do you have your pulse rate taken? Why do you have your pulse rate taken?
the pulse rate is usually equal to the heart rate
A distal pulse should be the same rate as a femoral pulse, carotid pulse, brachial pulse, pedal pulse, or radial pulse. The strength of the pulse may be harder to feel the further away from the heart, but the rate should be the same. One heart, One Pulse Rate. The Normal heart rate/pulse in an adult is 60-100 beats per minute. Less of course, in the super healthy athlete.
The respiration rate is your breathing rate and your pulse rate is your heart beat.
a dangerous pulse rate for a 14 year old is over 110
You need to accurately check the heart rate. Digoxin can lower the heart rate to dangerous levels. You should not administer digoxin when pulse rate is already below 60.
Why do you have your pulse rate taken? Why do you have your pulse rate taken?
The breathing rate and pulse rate are related proportionally. If the breathing rate increases, so does the pulse rate. The pulse rate is an indication of the breathing rate.
ya, that's twice what it should be!!
the pulse rate is usually equal to the heart rate
Your pulse rate is faster
normal pulse rate of the carabao
pulse rate in legs
A distal pulse should be the same rate as a femoral pulse, carotid pulse, brachial pulse, pedal pulse, or radial pulse. The strength of the pulse may be harder to feel the further away from the heart, but the rate should be the same. One heart, One Pulse Rate. The Normal heart rate/pulse in an adult is 60-100 beats per minute. Less of course, in the super healthy athlete.
The respiration rate is your breathing rate and your pulse rate is your heart beat.
Our pulse rate increases with the increasement in the motion of the body.as a result, when we are fixed at a place, our pulse rate is minimumand inversely when we are in motion our pulse is fast