Answer:
g =
Explanation:
From the law of atmosphere
<u>Given:</u>
Kb = Boltzmann's constant = 
temperature T = 20K
Mass M = 10^-19 kg
Since it is 30% of value above surface, therefore Nv = 0.3n0
Rearranging equation (I) to make g subject of the formula,
g = [ (Kb*T)*in(0.3n0 / n0) ] / (m*y)
Substituting each of the values given in the equation, we obtain
g =
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Speed is the time rate at which an object is moving along a path, while velocity is the rate and direction of an object's movement.
If the object is completely submerged at that time, then the volume of
the full object is 652 cm³.
If only part of the object is in the water, then the volume of the part that's
in the water is 652 cm³, but we have no idea what its full volume is.
Before collecting a specimen of urine or feces, the nursing assistant asks the nurse or consults the lab for which storage and delivery method to use.
There are different tests that need to be performed on a urine or feces specimen. It depends on the patients that which test would be asked for him to be done.
The storage and delivery methods for urine and feces in the case of different tests has to be consulted by the nurse or consultant.
Incase of an emergency test, whose results are immediately required the method of delivery is a fast mode one. For patients that have a mild disease or are not at risk, other reliable methods can be used. Each specimen should be properly labeled for proper checking.
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