The "cardiac pacemaker," a group of cells in the sinoatrial node of the right atrium of the heart, which generate regular electrical impulses causing the heart to beat. The rate of contraction is regulated up or down by nerve fibers originating from elsewhere in the body.
Electric currents that keep your heart beating
To find steady state heart rate, subtract your age from 180, that's steady state. For example, 25 year old's steady state would be 155. This isn't 100% accurate, the best way would be to use lactate samples; however, this is the most practical.
Not really, but there are electric impulses that control the heart muscles so something electric is happening...
EKG (electro cardiogram).
Due to current.... .....but without voltage, you will not have current.... Ohms law states Voltage = resistance * current. To state "current causes shocks", implying it has nothing to do with voltage (or vice versa) is simplicitic and inaccurate.
Electric currents that keep your heart beating
Electric shocks can paralyze the respiratory system or disrupt heart action, causing instant death
Arrhythmia is lack of a steady heart beat.
When a heart starts fluttering or spasming instead of beating normally, a pacemaker emits a DC electric pulse through the heart, causing it to beat normally again.
89
Arrhythmia
because your body is controlled by electric impulses that are far weaker. Mains power can knock your bodys signals out, causing your heart to stop pumping.
computer
When doctors use a heart defibrillator it sends energy currents through the body and helps restore a normal heart rate or will send currents to the heart to get it working again thus preventing death.
EEG is Electroencephalograph. In plain English - Electrical Brain wave measurer. It measures electric currents in the brain. There are various currents associated with brain activity, with Greek letter names. eg. Alpha Waves.
To find steady state heart rate, subtract your age from 180, that's steady state. For example, 25 year old's steady state would be 155. This isn't 100% accurate, the best way would be to use lactate samples; however, this is the most practical.
An electric shock happens when an electric current flows through the body. It causes muscular spasm and associated pain. The severity of the shock depends on how much current there is. Currents above about 35 mA can be fatal if they reach the most sensitive muscles like the heart.