The energy of the electromagnetic spectrum is not used in mass spectrography to make measurements.
<h3>What is mass spectrometry?</h3>
In physics and chemistry, mass spectrometry refers to statistical analytical techniques that allow scientists to determine the mass distribution of various types of molecules based on their mass on a substance.
The energy of the electromagnetic spectrum is not used in mass spectrography to make measurements. The process of mass spectrometry is primarily based on the interaction of molecules with a beam of electrons (rather than photons) and the subsequent measurement.
Hence the energy of the electromagnetic spectrum is not used in mass spectrography to make measurements.
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Ok when two differing temperatures are mixed together with no special circumstances indicated they will form a equilibrium temperature between the two differing temperature by effectively "sharing" their energy. So the answer should be B.23*C
The force that holds the gases in the sun. The force that causes a ball you throw in the air to come down again
Answer:
0.33 mV or 0.00033 V
Explanation:
Parameters given:
Radius, r = 4 cm = 0.04 m
Number of turns, N = 1
Initial magnetic field, Bini = 0.069 T
Final magnetic field, Bfin = 0.043 T
Time, t = 0.4 secs
EMF induced in a coil is given as the time rate of change of Magnetic Flux:
EMF = -ΔΦ/t
ΔΦ = ΔB * A
Where ΔB = change in magnetic field
A = area = pi * r²
EMF = -[(Bfin - Bini) * N * pi * r²] / t
EMF = -[(0.043 - 0.069) * 1 * 3.142 * 0.04²] / 0.4
EMF = 0.00033 V = 0.33 mV
That should be the Grasslands ?