'Im forces' diaporamas de présentation

Huntington Beach High School AP CHEMISTRY EXAM REVIEW WINTER REVIEW

1.25k views • 110 slides

States of Matter

States of Matter. Kinetic Molecular Theory. Particles are always in motion. Temperature is a measure of average kinetic energy of particles. Intermolecular forces hold particles together. Stronger forces require more energy (higher temp.) to overcome. Intermolecular Forces.

1.12k views • 93 slides

chapter 14 liquid and solids

chapter 14 liquid and solids. what is the deal with liquids and solids? why do they do the things they do? unlike gases, why do they cling ? and why are they so dense ? and why do solids keep their shape?

694 views • 69 slides

IM Forces

IM Forces. Section 10.1. States of Matter. Forces Between Particles in Solids and Liquids. Ionic compounds Attractive forces between oppositely charged ions hold ionic compounds together. Ionic bonds are the strongest interparticle force.

643 views • 49 slides

IM Forces

IM Forces. Section 10.1. States of Matter. Forces Between Particles in Solids and Liquids. Ionic compounds Attractive forces between oppositely charged ions hold ionic compounds together. Ionic bonds are the strongest interparticle force.

490 views • 37 slides

IM Forces

IM Forces. Section 10.1. States of Matter. Forces Between Particles in Solids and Liquids. Ionic compounds Attractive forces between oppositely charged ions hold ionic compounds together. Ionic bonds are the strongest interparticle force.

515 views • 37 slides

Review IM Forces

Review IM Forces. Section 10.1. Forces Between Particles in Solids and Liquids. Ionic compounds Attractive forces between oppositely charged ions hold ionic compounds together. Ionic bonds are the strongest interparticle force.

421 views • 30 slides

Ch. 12: Liquids, Solids, and Intermolecular Forces

Ch. 12: Liquids, Solids, and Intermolecular Forces. Dr. Namphol Sinkaset Chem 152: Introduction to General Chemistry. I. Chapter Outline. Introduction Liquids and Solids Surface Tension and Viscosity Types of Intermolecular Forces. I. Electrostatic Forces.

547 views • 28 slides

Liquids Section 13.5

430 views • 20 slides

320 views • 18 slides