Answer:
the heavier skater has less momentum
hope it is helpful to you
Ideal Gas Law PV = nRT
THE GASEOUS STATE
Pressure atm
Volume liters
n moles
R L atm mol^-1 K^-1
Temperature Kelvin
pv = rt
divide both sides by v
pv/v = rt/v
p = rt/v
answer: p = rt/v
Ideal Gas Law: Density
PV = NRT
PV = mass/(mw)RT
mass/V = P (MW)/RT = density
Molar Mass:
Ideal Gas Law PV = NRT
PV = mass/(MW) RT
MW = mass * RT/PV
Measures of Gases:
Daltons Law of Partial Pressures; is the total pressure of a mixture of gases equals the sum of the partial pressures of the individual gases.
Total = P_ A + P_ B
P_ A V = n_ A RT
P_ B V = n_ B R T
Partial Pressures in Gas Mixtures:
P_ total = P_ A + P_ B
P_ A = n_ A RT/V P_ B = n_ B RTV
P_ total = P_ A + P_ B = n_ total RT/V
For Ideal Gasses:
P_ A = n_ A RT/V P_ total = n_ toatal RT/V
P_ A/P_ total = n_ A RTV/n_ total RTV
= n_ A/n_ total = X_ A
Therefore, P_ A = X_ A P_ total.
PV = nRT
P pressure
V volume
n Number of moles
R Gas Constant
T temperture (Kelvin.).
Hope that helps!!!!!! Have a great day : )
Answer:
Hey there
I will give you the correct answer based on Wikipedia timelines.
You are correct (Copernicus, Brahe, Kepler, Newton)
Nicolaus Copernicus: 19 February 1473 – 24 May 1543.
Tyco Brahe: 14 December 1546 – 24 October 1601.
Johannes Kepler: 27 December 1571 – 15 November 1630.
I
Issac Newton: 4 January 1643 – 31 March 1727.
Brainly is GREATLY appreciated. it took me 30 minutes to get all the timelines!!!
Answer: Option (b) is the correct answer.
Explanation:
On a two-lane road and being followed by a car that wants to pass your car then you should drive on the paved right shoulder of the road, in order to give enough space to the car to pass besides your car.
Therefore, this will avoid any chances of accident and avoid the need to change the lane.
Thus, we can conclude that you are driving on a two-lane road and are being followed by a car that wants to pass you then you should drive on the paved right shoulder of the road, so they can pass you without changing lanes.
