Match the followingColumn AColumn B1.Cohesiona. Evaporation2.Adhesionb. The amount of energy a substance can retain.3.PolarityWater molecules stick to a different material.C.4.High heat capacityd. Water molecules form hydrogen bonding with each other.e. Densityf. A molecule with a partial positive and negative side.

SOLUTION Firstly Here the definition of each term is given, Cohesion :- It is a type of…

olumn A Column B 1. Cohesion a. Evaporation 2. Adhesion b. The amount of energy a substance can retain. 3. Polarity Water molecules stick to a different material. C. High heat capacity d. Water molecules form hydrogen bonding with each other. 4. e. Density f. A molecule with a partial positive and negative side.

olumn A Column B 1. Cohesion a. Evaporation 2. Adhesion b. The amount of energy a substance can retain. 3. Polarity Water molecules stick to a different material. C. High heat capacity d. Water molecules form hydrogen bonding with each other. 4. e. Density f. A molecule with a partial positive and negative side.

Introductory Chemistry: An Active Learning Approach

6th Edition

ISBN:9781305079250

Author:Mark S. Cracolice, Ed Peters

Publisher:Mark S. Cracolice, Ed Peters

Chapter15: Gases,liquids, And Solids

Section: Chapter Questions

Problem 61E

See similar textbooks

Similar questions

sUse information from Figure 15.24 to calculate howmuch heat is required to vaporize 4.33 mol of waterat 100°C.
A calorimeter contains 72.0g of water at 19.2C. A 141-g piece of tin is heated to 89.0C and dropped into the water. The entire system eventually reaches 25.5C. Assuming all of the energy gained by the water comes from the cooling of the tin-no energy loss to the calorimeter or the surroundings-calculate the specific heat of the tin.
It has been determined that the body can generate 5500 kJ of energy during one hour of strenuous exercise. Perspiration is the bodys mechanism for eliminating this heat. What mass of water would have to be evaporated through perspiration to rid the body of the heat generated during 2 hours of exercise? (The heat of vaporization of water is 40.6 kJ/mol.)
Here is the direction. Why does a shift in bonds result in molecules move faster? You need to discuss molecules and how their interaction produces these results. In this situation there are two kinds of molecules: water molecules in the air (water vapor) and molecules of the ground. To answer this question, start by describing each kind of molecule before they interact. Then, discuss how and why one kind of molecule transfers heat to the other kind of molecule. Finally, discuss how the water molecules start behaving differently as a result of the interaction.
(a) Consider a substance where the intermolecular forces hold the molecules in fixed rigid positions. What is the process called when enough heat has been added to the substance so that the molecules begin to flow? (b) Consider a substance where the intermolecular forces hold the molecules in close contact with each other, but the molecules can flow. What is the process called when enough heat has been added to the substance so that the molecules escape each other? (c) Consider a substance where the intermolecular forces hold the molecules in fixed rigid positions. What is the process called when enough heat has been added to the substance so that the molecules can escape each other?
A gaseous system A, with an initial temperature T1, is set to interact with a gaseous system B at an initial temperature T2. The molecules of A and B, both monoatomic, can interact with each other through a wall without mixing. It is known that T2 > T1. Considering this situation, answer the following question. Consider the statements below and type the sum of the numbers associated with the correct ones (write only the number): (1) System B necessarily has a higher initial energy than A (2) System A may have a higher initial energy than B (4) the molecules of system B have a greater average kinetic energy than those of system A (8) From a microscopic point of view, there can never be a collision between molecules in which a molecule of system A loses energy to a molecule of system B (16) The system with more molecules necessarily has the lowest energy
Plastic and glass rods that have been charged by rubbing with wool and silk, respectively, hang by threads.a. An object repels the plastic rod. Can you predict what it will do to the glass rod? If so, what? If not, why not? Explain.b. A different object attracts the plastic rod. Can you predict what it will do to the glass rod? If so, what? If not, why not? Explain.
Calculate the final temperature of the water after 2.47 g of zinc at 60.1 0C is added to 29.4 g of water at 16.4 0C. Assume no heat is lost to the surroundings.
How is the heat related to the learning outcome: Model the behavior of gasses at the atomic level?
How do solids and liquids behave differently? how does the equilibrium exist between the phases of a substance? Explain why water is in liquid form and when in room temperature despite of the fact that is composed of hydrogen and oxygen which are both gases. Explain the difference between phases underground by carbon dioxide as compound water.
How much energy is required to change 15.0g water at 10.0celsius degree to 25.0celsius degree?
What is heat? Explain the difference between heat and temperature?