Which of the following forces is involved in physical adsorption? a) Gravitational force b) Magnetic force c) Van der Waals force d) Electromagnetic force

Which of the following forces is involved in physical adsorption?

a) Gravitational force

b) Magnetic force

c) Van der Waals force

d) Electromagnetic force

Expert Solution

Answer : c) Van der Waals force

Explanation :

In physical adsorption, the molecules of the adsorbate stick to the surface of the adsorbent due to very weak forces which is known as Van der Waals force.

Van der Waals force is similar to the forces that cause condensation of gas into liquid.

Van der Waals is weak as compared to gravitational force, Electromagnetic force and Magnetic force

c) Van Der Waals force

Rakesh answered 2 years ago

What is the role of the constants a and b in the van der waals equation...

What is the role of the constants a and b in the van der waals equation in terms of the kinetic molecular theory?

May I have some examples of van der waals forces in chemistry please?

Recall that there are four fundamental forces: the gravitational force, the electromagnetic force, the weak nuclear...

Recall that there are four fundamental forces: the gravitational force, the electromagnetic force, the weak nuclear force, and the strong nuclear force. Select any two of these forces and compare them. Consider their relative strengths, the range of distances over which they operate, and why they are important.

Use the dimensional analysis to find the D-dependance of the van der Waals interaction Energy between...

Use the dimensional analysis to find the D-dependance of the van der Waals interaction Energy between two semi-infinite bodies. N.B. : D is the distance between the two semi-infinite bodies.

a. Write out in your own words what the van der Waals a and b parameters...

a. Write out in your own words what the van der Waals a and b parameters represent. b. Rank in increasing order the van der Waals a and b parameters for the following four gases: Hydrogen, Benzene, Ethanol, and Ethane. Check your intuition by looking up these values and explaining the observed trends in a and b.

Lecture 3. Intermolecular interactions Describe different types of van der Waals forces What properties of water...

Lecture 3. Intermolecular interactions Describe different types of van der Waals forces What properties of water are differing it from other common liquids? What is the cause of unique properties of water? What are water clusters and why are they called “flickering clusters”? What is water temperature anomaly? What is hydration of the first order and what is hydration of the second order? What are the changes of entropy in the process of conformational changes of organic macromolecules? What are...

1) Van der Waals forces include both attractive and repulsive components. Select one: True False 2)...

1) Van der Waals forces include both attractive and repulsive components. Select one: True False 2) Like Coulombic forces, van der Waals forces show a distance dependence . Select one: True False 3) The weakest hydrogen bonds have O-H...O bond angles of 180 degree. Select one: True False 4) Which intermolecular force has the longest range? Select one: a. monopole-monopole b. monopole-dipole c. monopole-induced dipole d. dipole-induced dipole e. dipole-dipole 5) Why is it easier to remove 2s electron from...

For Van Der Waals equation (P + a/V2)(V - b) = nRT How can you find...

For Van Der Waals equation (P + a/V2)(V - b) = nRT How can you find the values of "a" and "b" using an experiment? Please explain the method of the experiment too

Electromagnetic and Gravitational Forces 1–Friction Force Can kinetic friction do MECHANICAL WORK? Explain. (Make sure to...

Electromagnetic and Gravitational Forces 1–Friction Force Can kinetic friction do MECHANICAL WORK? Explain. (Make sure to include the mathematical definition of mechanical work in your explanation.) Please explain in a paragraph

Which of these statements comparing electric and gravitational forces is correct? (a) The direction of the electric force exerted by one point

Which of these statements comparing electric and gravitational forces is correct?(a) The direction of the electric force exerted by one point particle on another is always the same as the direction of the gravitational force exerted by that particle on the other.(b) The electric and gravitational forces exerted by two particles on each other are inversely proportional to the separation of the particles.(c) The electric force exerted by one planet on another is typically stronger than the gravitational force exerted...

Question