How would the pressure and temperature at 100 m below sea level affect the speed of the air molecules in your lungs compared to their speed at sea level?

Question

cuebert8083 cuebert8083

28-08-2017
Physics

contestada

How would the pressure and temperature at 100 m below sea level affect the speed of the air molecules in your lungs compared to their speed at sea level?

Respuesta :

Otras preguntas

describe Iraq in 3 sentences

who helped / guide you in answer your module?

Question2. Determinetheacuteanglebetween the planesx - 2y + 5z = 32x + y - 3z = 15.Distance of a plane from the origin:

Please help!!!!!!!!!!

find the missing side lengths. leave ur answers as radicals

Solve and graph the following solutions to the following inequality. SHOW ALL WORK. 3 - r < -15.

A car accelerates steadily from 15 m/s to 25 m/s in 5 s. what us its speed

Which equation below would be best solved by using the addition property of equally? 1-23-45 231-45 f. 23-45 1-23 - 45

Qui: 3 A fish is swimming forward in the ocean. Which of the following is accurate of the forces between the fish and the water? mplete out of ove flag Select o

what is the speed od sail boat that us traveling 100 meters in 120 seconds?

andriansp andriansp · Answer 1 · 2017-09-04T11:20:50+02:00

Answer: Air molecule move faster
Pressure, temperature, and volume is related to each other. If you compare sea level and 100m below sea level, 100m below sea level will have more pressure. Pressure is a force caused by molecule impact, so increased pressure means faster molecule speed. More pressure can be translated into less volume which means the air volume in the lung is decreased(with same molecule count).