Answer:
a = 4.32*10^15 m/s^2
Explanation:
In order to calculate the acceleration of the nitrogen molecule, you take into account that the force experienced by the molecule, is equal to the change in its momentum:
(1)
m: mass of the nitrogen molecule
Δv: change in the speed of the molecule
Δt: time lapse of the change of the momentum of the molecule = 3.10*10^-13 s
Furthermore, by the Newton second law, you have:
(2)
The change in the speed is given by:
where you have taken into account the direction of the initial and final speed.
You replace the values of all parameters in the equation (1) in order to calculate the acceleration:
The acceleration of the nitrogen molecule is 4.32*10^15m/s^2
Answer:
A and D
Explanation:
I believe it is A and D because they appear to be the most accurate answers.
The answer is probably light years if your looking for something specific it could also be an Astronomical unit or Distance unit but mainly look for LIGHT YEARS
Incorrect statement in Dalton's original atomic theory are that atoms are indestructible and statement that all atoms of one element are same mass and characteristics.
Modern atomic theory is, of course, a little bit updated but original Daltons's theory is still remains. By modern atomic theory atoms can be destructed by nuclear reaction, but no with chemical reaction. Also there are different kinds of atoms in one element, their mass can be different.
