MCQ Buddy
Search here...
  • Home
  • MCQ Feed
  • Add Question
  • Programming Portal
  • English Portal
  • Login
  1. Home
  2. Engineering
  3. Mass Transfer
  4. Question

M

Mr. Dubey • 100.64K Points
Coach

Q. At a given equilibrium pressure, with increase in temperature, the concentration of adsorbed gas on solid adsorbent

  • (A) Increases
  • (B) Decreases
  • (C) Remains unchanged
  • (D) Increases exponentially
  • Correct Answer - Option(B)
  • Views: 769
  • Filed under category Mass Transfer
Share

No solution found for this question.
Add Solution and get +2 points.

You must be Logged in to update hint/solution

Discusssion

Login to discuss.

Related MCQs

Q. Can the cotter joint be used to connect slide spindle and fork of valve mechanism?

Q. Open pan evaporators are preferred to be used, when the solution to be concentrated is

Q. In which type of system does power transmission takes place through compressed air?

Q. Which of the following is a turning pair?

Q. Centre of masses of the system lies on the axis of rotation.

Q. Coking is

Q. How much accuracy can be achieved by photodiode array imaging?

Q. Which variety of copper has the best mechanical strength?

Q. If a heat enine gives an output of 3 kW when the input is 10,000 J/s, then the thermal efficiency of the engine will be

Q. Which of the following is not the same as watt?


Question analytics

Share

Embed

WhatsApp

Facebook

Telegram

Download

Share in MCQ Buddy Groups

Share
Embed
Important Links
  • Browse All Categories
  • Subjects
  • Exams
  • Mock Test
  • Advance Search
  • Quiz
  • Duo Test
  • English Topics
Explore More Portals
  • Hindi
  • State wise Portals
  • MCQ Buddy Lab
  • Engineering
  • Programming Portal
  • MB Shorts
  • NCERT Portal
  • Faculties Portal
  • Groups
  • Q & A
  • Spaces
  • Satya Sanatan
  • Keycrypt
Who we are?

We are nothing if we are alone. But we have a huge community of students who are helping you getting good study stuff free.

More Links
  • Download App
  • Advertise with us
  • Contact us
  • Youtube
  • Terms & Conditions
  • Refund Policy
  • Privacy Policy
  • Get the source code

Since 2020 - 2025 | Proudly Made with ♥ in India

Hosted on Hostinger