what is the benefit of dynamic stretching vs. static stretching
Dynamic memory changes and static stays the same.
static character.
SRAM does not need to be refreshed; basically it does have data remance although still volatile. Since it does not need to be refreshed it is better than dynamic ram, which needs to be refreshed periodically.
Dynamic force is greater than static force because dynamic force involves motion and acceleration, which typically require more energy and force. Static force, on the other hand, refers to a force exerted without any movement.
Static weight is the weight of an object when it is not in motion, while dynamic weight takes into account the additional forces acting on an object when it is in motion, such as inertia and acceleration. Dynamic weight can be greater than static weight due to these additional forces.
Isostatic stretching can be considered safer than static stretching for some individuals because it involves an active contraction of the muscle before stretching, which may help enhance flexibility without overstressing the muscle. This method often incorporates a partner or resistance, allowing for better control and reducing the risk of injury. However, the safety of either technique largely depends on the individual's flexibility level, technique, and the specific context in which they are performed. As with any stretching routine, proper form and gradual progression are essential to minimize the risk of injury.
· Static RAM: No refreshing, 6 to 8 MOS transistors · Dynamic RAM: Refreshed periodically, 3 to 4 transistors. · Static ram is more reliable · Dynamic ram is less reliable · Static ram is more expensive · Dynamic ram is less expensive · Static ram can store its data when computer is turned off · Dynamic ram looses data when computer is turned off. · A static memory cell takes a lot more space on a Chip than a dynamic memory cellby syed9230088668199
The dynamic memory is formed of MOSFET and capacitor only. Hence it it is less bulkier than static RAM.
Dynamic flexibility tests involve more subjective measurements.
Mass and damping are associated with the motion of a dynamic system. Degrees-of-freedom with mass or damping are often called dynamic degrees-of-freedom; degrees-of-freedom with stiffness are called static degrees-of-freedom. It is possible (and often desirable) in models of complex systems to have fewer dynamic degrees-of-freedom than static degrees-of-freedom.
Dynamic loads can be considered to exert greater stresses than static loads due to the effects of acceleration and deceleration, which introduce additional forces during movement. When an object experiences dynamic loading, such as during impact or vibration, the energy involved can lead to peak forces that exceed the static weight of the object. This phenomenon often results in dynamic loads being effectively twice the strength of static loads, as the materials and structures must accommodate these additional forces to avoid failure.
twinsting moment