If the digit in the thousands place is increased by 1, the value of the number is increased by 1,000.
28.5 increased by 12 is 40.5. 28.5 increased by 12% of itself is 31.92.
y is increased by 6.
increased communication and increased capabilities.
Z is the answer of t increased by 5.
Speedhacks give the player increased foot speed. These work by sending false synchronization data to the server
In an alternator, the load current is supplied by the stator and the excitation is applied to the rotor. When the power factor is low (lagging), more excitation is required to maintain rated output voltage at rated current. More excitation is also required to maintain rated output voltage with increased output current. Increased excitation current means increased rotor losses that must be dissipated as heat. (akash)
When input to generator increased when it is synchronised, speed of alternator get disturbed which inturn leads to the change in frequency,when frequency gets change synchronization is no long.
Ehlers Danlos is the medical condition primarily defined by increased joint range of motion.
Hyperthyroidism would be a condition in which T3 and T4 are at increased levels.
From what I've gathered Paradoxical excitation is a function of the brain, a disorder that can be caused by certain medication, a sort of "wired" or excitable feeling. There are medical research cases regarding this. Google it and you can read the case studies.
The no-load characteristic of a generator differs for increasing and decreasing excitation current due to magnetic hysteresis, residual magnetism, and core saturation effects. When the excitation current increases, the magnetic domains in the iron core gradually align with the applied magnetic field, resulting in a higher generated electromotive force (EMF). However, as the excitation current decreases, these magnetic domains do not immediately return to their original unaligned state. This lag in realignment causes the generated voltage to remain higher during the decreasing phase of excitation than during the increasing phase at the same level of excitation current. This phenomenon is known as magnetic hysteresis. Even when the excitation current is zero, the magnetic core retains some level of magnetisation, known as residual magnetism. This residual magnetic field means that when the excitation current starts increasing again, it takes additional current to overcome this residual alignment before the generated voltage rises significantly. As a result, the voltage is initially lower when increasing the excitation current from zero. Conversely, during the decreasing phase, the residual magnetism keeps the voltage higher than it would be if the core were fully demagnetised, further contributing to the difference between the increasing and decreasing curves. As the excitation current increases, the magnetic core of the generator approaches saturation. Near saturation, any further increase in excitation current results in only a small increase in generated voltage because the core's magnetic domains are almost fully aligned. When the excitation current decreases from this saturated state, the magnetic domains gradually return to a less aligned state. This gradual realignment causes the generated voltage to decrease differently than it increased, contributing to the asymmetry between the increasing and decreasing excitation phases.
arteriosclerosis
Anisopoikilocytosis is a condition where the person has an increased RBC count with abnormal cell morphology
Thrombocytosis is a condition of an increased number of platelets in the blood.
is a medical condition caused by increased levels of the Heavy_metal_(chemistry) Leadin the body.
a condition of increased pressure within the eyeball, causing gradual loss of sight.