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What else can I help you with?
What causes the oscillation at a certain frequency in an inkjet printer?
I assume you mean the frequency at which the head moves back and forth. If this happens only at a certain frequency, then it sounds as if that is caused by resonance - which happens when the excitation (in this case, the head moving back and forth) has a similar frequency to the object's (the printer's) natural frequency.
What is a excitation variable?
A variable that causes change in the output of a system. In a RC circuit, for example, the input V is the excitation variable
What causes an electron in an atom to move to higher energy level?
excitation
What are the major causes of loss of excitation on generators?
The major causes of loss of excitation on generators are due to an open circuit or a short circuit in the field winding. This may also be caused by a breakdown of the insulation system.
What causes an electron in an atom o move to a higher energy level?
excitation
What effects causes the difference in terminal voltage between the increasing and decreasing field excitation current?
sdrg
What causes a frequency in a population to change after each generation?
Gene mutation causes the phenotype frequency in a population to change after each generation.
What is that mean excitement?
A variable that causes change in the output of a system. In a RC circuit, for example, the input V is the excitation variable
What causes sideband frequency?
If you subtract from the carrier frequency the frequency of the tone that modulates it, then filter out the carrier frequency, then you have a lower sideband frequency. If you add to the carrier frequency, filter out the carrier, then you have an upper sideband frequency.
What causes an electron to change energy levels within an atom?
An electron changes energy levels within an atom when it absorbs or emits a specific amount of energy, typically in the form of light or heat. This process is known as electron excitation or de-excitation.
What causes an emission when the SEM's primary electron beam bombards a specimen?
When the SEM's primary electron beam hits the specimen, it causes excitation of atoms in the specimen. This excitation leads to the emission of secondary electrons, backscattered electrons, characteristic X-rays, and Auger electrons, which are then detected by various detectors in the SEM for imaging and analysis.
What causes machines to be inefficient?
suppl Frequency
