Determine the temperature of a gas, Physics

Assignment Help:

The temperature of a gas is held constant whereas its volume is reduced. 

The pressure the gas exerts on the walls of its container enhances because its molecules:

a)  strike the container walls more often

b)  strike the container walls with higher speeds

c)  strike the container walls with greater force

d)  all of the above

 

Ans- Strike the container walls more often

 


Related Discussions:- Determine the temperature of a gas

Find the speed of transverse wave in the string, A uniform spring of length...

A uniform spring of length 2m and mass 200gm is under a tension of 800N. Find the speed of transverse wave in the string.

When designing and constructing inductance standard, When designing & const...

When designing & constructing Inductance standards, what considerations must be taken into account? Ans: Construction of Inductors: Constructional features of an inductor

State huygens '' principle, State Huygens ' Principle. For reflection of a ...

State Huygens ' Principle. For reflection of a plane wave front at a plane reflecting surface, construct the corresponding reflected wave front. Using this diagram, state that angl

Motion in one dimension, Motion of an object in a straight line is known on...

Motion of an object in a straight line is known one dimensional motion. The location of a particle in one dimensional motion can be defined by only one variable (say x). For a pa

Path of particle most likely to follow, Described below is a positively cha...

Described below is a positively charged particle in a uniform rightward-directed electric field. The particle has a velocity focussed toward the top of the screen. Which of the pat

What is joule cycle, What is Joule Cycle? Find the efficiency of the J...

What is Joule Cycle? Find the efficiency of the Joule cycle, consisting of two isobars and two adiabats.  Presume that the heat capacities of the gas C p and C v are constan

Maxwells equations, Maxwell's equations (J.C. Maxwell; 1864): Four ele...

Maxwell's equations (J.C. Maxwell; 1864): Four elegant equations that describe classical electromagnetism in its entire splendor are following.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd