There is phase to phase voltage in 3 phase system.AnswerYou don't get voltage 'phase-to-phase'; it's 'line-to-line'!
single phase, double phase & three phase
The human heart functions as a hydraulic system by using pressure to move blood throughout the body. When the heart contracts (systole), it generates pressure that propels blood into the arteries, much like a pump in a hydraulic system. The heart's chambers fill with blood during relaxation (diastole), creating a pressure differential that facilitates blood flow. This cyclical process of contraction and relaxation effectively distributes oxygen and nutrients to tissues, similar to how hydraulic systems transmit force through fluid movement.
to allow for the thermal expansion or contraction
Question is incorrect. in a 240 Volt single phase circuit, how can you have A phase and B phase?
Diastole is the relaxation phase. Systole is the contraction phase. If you put these phases together you have the Cardiac Cycle...
The relaxation phase of the heartbeat is called diastole. During diastole, the heart ventricles relax and fill with blood in preparation for the next contraction.
The two phases of the heartbeat are systole (contraction phase) and diastole (relaxation phase).
A Muscle Twitch is a single contraction of skeletal muscle. The three distinct phases are latent, contraction, and relaxation. Latent Phase: Is the interval from the stimulus application until the muscle begins to contract (shorten). Note that there is no traced activity during this phase, but there are some electrical and chemical changes taking place during this phase. Contraction Phase: This phase is when the muscle fibers shorten, the tracings will show during this phase (a) peak(s). Relaxation Phase: This phase is represented by the downward curve in your tracings, this is when the muscle is going back to its original state of relaxation and the muscle will once again lengthen
The human heartbeat has two phases. The systolic phase corresponds with contraction, and the diastolic phase with relaxation.
No, relaxation lasts longer because Ca2+ ions must be actively transported back into the sarcoplasmic reticulum
D- contraction phase
Tonus (relaxation), Excitation (neural stimulation, Clonus (contraction), Tetanus (prolonged contraction), return to Tonus (relaxation) Or Excitation, Excitation-Contraction Coupling, Contraction, Relaxation
during diastolic phase the chambers of heart get filled with blood systolic phase and diastolic phase are the phases oh heartbeat and diastolic phase is also known as resting phase.
Contraction and relaxation are two opposites. They work together when the muscles of the body work. A good example is the contraction and relaxation of the heart. The contraction allows blood to be distributed to the parts of the body while the relaxation allows the heart to be oxygenized and therefore fill up blood to be distributed to the whole body.
When does the following terms describes myocardial contraction and relaxation?Read more: When_does_the_following_terms_describes_myocardial_contraction_and_relaxation
It is only possible to induce an extrasystole during relaxation because the heart needs to be in a certain phase of the cardiac cycle for an extra beat to occur. During relaxation (diastole), the heart muscles are more excitable, making it easier for an extra electrical impulse to trigger a premature contraction. This is why inducing an extrasystole during relaxation is more likely to succeed than during contraction (systole).