The apical pulse is assessed through a stethoscope placed over the heart, while the radial pulse is typically taken by applying finger pressure to the inner wrist and counting the number of heartbeats. They are the most-common forms of checking a pulse.Continue Reading
Peripheral pulse sites are arteries located away from the heart over bony surfaces. The radial pulse is an example of these sites, as it is located on the wrist, near the bone.
The apical pulse determines a pulse's properties by listening directly to specific heart functions through a stethoscope, which helps produce an accurate result. Both techniques allow for the determination of heart rate, strength and the presence of any irregularities in the pulse.Learn more about Particle Physics
The societal effects of an electromagnetic pulse blast resulting from a nuclear detonation are devastating and can include a complete loss of power over a large range, such as an entire city or more. Almost all unshielded electronic equipment would instantly cease functioning in such an event. Power lines would fry, causing the collapse of the power grid and all utilities associated with it.Full Answer >
The sensation felt in the left arm is your pulse, a vibration in the arteries as blood moves through them that corresponds to the number of times the heart beats. A pulse can be felt at many points in the body, including inside the upper arm, near the elbow and the lower wrist.Full Answer >
Check your pulse by finding where you can feel your heart beat along arteries in your body, and then count the number of beats over a certain time period, according to Cleveland Clinic. This method typically uses two or three fingers pressed into your wrist or throat to find the movement of blood through your body. Use your resting heart rate to calculate a target heart rate while you exercise.Full Answer >
The sum of protons and neutrons is the mass number. The mass of an atom is contained mainly within the nucleus where the protons and neutrons live. An electron's mass does not contribute significantly to the mass of the atom.Full Answer >