Answer:
Wavelength of this beam of light:
.
Explanation:
The speed of light in vacuum is approximately
.
Light behaves like a wave. The wavelength of a wave is equal to the distance that it travels (in the given medium) in each period of oscillation.
On the other hand, the frequency of a wave is the number of periods in unit time.
means one oscillation per second. The frequency of this particular wave is
. In other words, there are
oscillations in each second.
The period of oscillation will be equal to
.
In that period of time, a beam of light in vacuum would have traveled
.
In other words, if this beam of light of frequency
is in vacuum, its wavelength will be equal to
.
Why Some Earthquakes<span> Are </span>More<span> Destructive. ... If your heart beats rapidly during an </span>earthquake, it still doesn't compete with high-frequency waves generated by the quake. These waves shake the ground faster than<span> your ticker's thrumming and </span>cause<span> the </span>most damage<span> to smaller structures, such as houses.</span>
Answer:
=50g NaOH) then,no.of moles of the NaOH solution=50g/40g=1.25 moles/litre
Explanation:
answer=50g NaOH
Answer:
Sodium Lauroyl Sarcosinate is an ionic compound.
Acidic salts are those that are products of the reaction between a strong acid and a weak base, while basic salts are produced from reactions between weak acids and strong bases. In neutral salts, the strength of the reacting acid and base are similar.
SrBr₂ is a neutral salt
LiF is a basic salt