Curated OER
Top Quark Lab
Pupils find the mass of the top quark. In this physics lesson, students create a vector diagram from a given set of data. They discuss their calculations and findings in class.
Curated OER
Atomic Structure
Young scholars list the names and symbols of common elements. They describe the present model of the atom. Students describe how electrons are arranged in an atom. They identify quarks as particles of matter that make up protons and...
Curated OER
What is Matter?
Four diagrams of the atom and their subatomic particles and structures are given here and students should be able to complete the labels need to define the structures shown. The main structures defined are protons, neutrons, electrons,...
Curated OER
History of the Atom
This is a tremendous overview of the tiny atom. Journey through the history of human understanding of this basic building block of matter. Examine each of the sub-atomic particles in detail: neutrons, protons, electrons, quarks. Peruse...
CK-12 Foundation
Subatomic Particle Zoo
Everything is made up of atoms, but what are atoms made up of? The simulation explores subatomic particles. It focuses on hadron, boson, and lepton groupings as scholars learn about quarks, neutrinos, gluons, and more.
Curated OER
BEAMS Fractions
In this fraction worksheet, learners reduce given fractions to their lowest terms. They use a key to give each reduced fraction a letter which spells out the six quarks.
Curated OER
Atomic Models
Your students should enjoy this slideshow which includes some basic definitions about the atomic structure of atoms. In fact, this presentation would be best-viewed before giving details and diagrams of neutrons, protons and quarks. The...
Curated OER
Atomic Theory
An extremely thorough presentation walks new chemists through the basics of matter. There really isn't a unifying theme, however So many topics are covered: forces, elements, atomic structure, chemical properties, compounds, quarks,...
Mr. E. Science
Atoms and Bonding
I don't trust atoms because they make up everything. Budding scientists learn about famous scientists connected to atomic models, chemical, ionic, and hydrogen bonds. The presentation also presents how to count atoms in an equation,...
Curated OER
Regents High School Examination - Physics 2010
Give every type of learner in your physics class an opportunity to demonstrate what they have learned throughout the year. From analyzing tables and graphs, to evaluating diagrams and solving problems, there is an outstanding variety of...
Curated OER
How Small Can You Cut?
Students explore quarks, the smallest particles known. They follow a table to determine how many paper cuts they would have to make to get down to the size of a quark. They cut a paper strip in half as many times as they possibly can...
Curated OER
The Elementary Particle Masses
In this elementary particle mass worksheet, students calculate the mass of elementary particles in kilograms and million electron Volts. Students solve 4 problems finding Top Quark mass, total quark mass of a proton and Strange Quark mass.
Curated OER
Desktop Publishing. - Quark XPress 3: Certificate
Young scholars continue to practice with QuarkXPress, a desktop publishing program. Individually, they create their own certificates along with an original border, text and check boxes. To end the lesson, they complete a single sheet...
Curated OER
Desktop Pub. - Quark XPress 1: Quotation
This project is for beginning users of QuarkXPress. Students will create a new document, add a poem in a text box, add a title and a rule, change font formats, and add a photo and set its runaround.
Curated OER
Desktop Pub. - Quark XPress 3: Certificate
For this lesson, the students will create a certificate of completion with borders, text, check boxes, and vector-based medallion. There is software that is necessary for the lesson to be conducted successfully.
Curated OER
Desktop Pub. - Quark XPress 4: Video Box
This lesson is the fourth in a series of six that teaches basic Desktop Publishing skills with QuarkXPress. Other DTP software can also be used. In this lesson, students will lay out an over-sized document (tabloid size) and irregularly...
Curated OER
Desktop Pub. - Quark XPress 5: Brochure
Students explore publishing software. They create a multi-fold brochure. Students recognize common folds. They demonstrate correctly placed text boxes, bullets and graphics. Students develop a resume to be used for future employment.
Curated OER
Desktop Publishing. - Quark XPress 4: Video Box
Students continue to use the desktop publishing program, QuarkXPress. Individually, they discover how to layout an oversized document. To end the lesson, they use odd shaped pieces to create a box for a videotape and present them to the...
Curated OER
Desktop Pub. - Quark XPress 2: Business Cards
Learners explore computer publishing software. They layout guidelines for a business card, import background and logo graphics and create and format text. Students duplicate the card.
Curated OER
How do protons stick together in a nucleus?
Students explain that the Standard Model of the atom includes particles beyond protons, neutrons, and electrons. They describe the nucleus as conglomeration of quarks that manifest themselves as protons and neutrons.
Curated OER
Structure of the Atom
In this atom worksheet, students review the structure of an atom. Students also explore radioactive elements and quarks. This worksheet has 10 fill in the blank, 6 true or false, 1 short answer, and 3 multiple choice questions.
Curated OER
Explorations in Estimation
Experimenting with two different techniques, oung mathematicians estimate how many little things fit into a bigger thing. They watch and discuss a short video, conduct the two estimates, one by weight and one by volume, and record the...
Curated OER
BEAMS Fractions
In this math puzzle worksheet, students will reduce a series of fractions to their lowest terms. Then students will use the code provided to decipher the puzzle.
Curated OER
Magnet Mania
Students explore magnetic fields. In this science lesson, students create a magnetic field using electricity. Students observe the effect of a magnetic field on the compass needle.