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Preview of Moles, Percent Composition, and Formulas Tutorial Ticket with Key

Moles, Percent Composition, and Formulas Tutorial Ticket with Key

This tutorial ticket goes over concepts such as dimensional analysis, mole conversions, calculating percent composition, calculating empirical formulas, and calculating molecular formulas. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use in small groups, when multiple students come in for tutorials, or for one-on-one instruction. A key is included.
Preview of Atomic Structure Tutorial Ticket with Key

Atomic Structure Tutorial Ticket with Key

This tutorial ticket goes over: Rutherford's, Thomson's, Dalton, and Bhor's atomic theories, isotopes, ions, calculating percent composition, and lewis dot diagrams. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use in small groups, when multiple students come in for tutorials, or for one-on-one instruction. An answer key is included.
Preview of Stoichiometry Tutorial Ticket with Key

Stoichiometry Tutorial Ticket with Key

This tutorial ticket goes over concepts for the Stoichiometry unit, such as: stoichiometry practice, limiting reactants, excess reactants, and percent yield. This tutorial ticket is designed with Honors/Pre-Ap students in mind. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use in small groups, when multiple students come in for tutorials, or one-on-one.
Preview of Periodic Trends Tutorial Ticket with Key

Periodic Trends Tutorial Ticket with Key

This tutorial ticket goes over concepts such as: the different parts of the periodic table and periodic trends. It asks students to label the different groups on the periodic table and to label the trends as well. It also asks them to rank different elements in order of increasing electronegativity, atomic radius, and ionization energy. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use i
Preview of Calculating Molar Mass Notes

Calculating Molar Mass Notes

Calculating Molar Mass Notes are a one-page summary of how to calculate molar mass. This note set is extremely simple. It only takes 3 PowerPoint slides to show your students how to calculate molar mass. You could use these notes as a segway into a couple of different topics, such as percent composition, the mole, or stoichiometry. Concepts covered in Notes Page: definition of molar massamu vs g/molhow to calculate molar mass6 practice problems that increase in complexityIncluded in Product: 1-p
Preview of The Metric System & Metric Conversions: Guided Notes with Stations & Quiz

The Metric System & Metric Conversions: Guided Notes with Stations & Quiz

Do your students see the metric system as a foreign language? Do they lack the understanding of how to easily convert between metric measurements? This resource will help your students to understand metric units and to develop their abilities to convert between units of measurement. It can be used as a mini-lesson to review the topics or as a strong introductory lesson to the topic. This resource contains 15  animated slides to introduce or review the topic and students follow along with the gui
Preview of Accuracy, Precision, and Percent Error Lab Bundle

Accuracy, Precision, and Percent Error Lab Bundle

Created by
AskMrAskins
Boost your students' understanding of accuracy, precision, and percent error with this all-in-one lab activity bundle! Designed to be both engaging and easy to implement, this resource includes everything you need for an effective, low-prep science lesson or review day. What's Included: A hands-on Penny Drop Lab that tests repeatability and consistency Error analysis worksheet with guided questions Exit ticket covering key definitions and a percent error calculation ✅ Teacher keys inclu
Preview of Accuracy, Precision, and Percent Error Notes

Accuracy, Precision, and Percent Error Notes

This product is a power point presentation that covers the following topics: Accuracy Precision Percent Error Types of Error Systematic Error Random Error Significant Digits
Preview of Percent Composition and Formulas Inquiry Activity

Percent Composition and Formulas Inquiry Activity

This activity will help encourage classroom discussion that will allow students to determine their own definitions for Percent Composition, Empirical Formulas, and Molecular Formulas. Students will also be able to identify the similarities and differences between Empirical and Molecular formula using this activity. There are no calculations necessary. It should take around 10 - 15 minutes to do.
Preview of Accuracy, Precision, and Percent Error (Full Lesson)

Accuracy, Precision, and Percent Error (Full Lesson)

Created by
Madeline Childs
Fill-in-the-blank notes, lecture slides, and exit ticket designed to help students learn and practice the definitions of "accuracy" and "precision" as well as calculating the percent error. Bundle includes answer key.
Preview of Successive Ionisation Energies | Valence Electrons & Electron Configuration

Successive Ionisation Energies | Valence Electrons & Electron Configuration

Created by
STEMora
Teach successive ionisation energies clearly and confidently with this structured, student-friendly PowerPoint designed for Year 11 Chemistry (perfect for SCSA/ATAR Atomic Structure units). This lesson walks students step-by-step through: ✔ What ionisation energy is ✔ Why ionisation energy increases each time ✔ The “BIG jump” concept ✔ Determining the number of valence electrons ✔ Deducing electron shell arrangements ✔ Exam-style practice questions with worked solutions The lesson follows
Preview of Lesson Atomic Structure and Bohr Model Lesson - Content and Questions - PPT

Lesson Atomic Structure and Bohr Model Lesson - Content and Questions - PPT

Created by
KTM Science
Atomic Structure PowerPoint Including Notes and Questions: This Set of Fully Editable Notes and Formative Questions contains all the content needed for a comprehensive exploration of atomic structure for middle school physical science students. Includes teaching commentary and checkpoint questions with answer keys. Product Contains Lesson Materials About: Atoms.Atomic Structure.Protons, Neutrons, Electrons.Nucleus.Electrons Cloud and Electron Configuration.Isotopes.Detailed Step-by-Step Ins
Preview of Le Chatelier’s Principle Graphing Worksheet | Concentration & Rate vs Time |

Le Chatelier’s Principle Graphing Worksheet | Concentration & Rate vs Time |

Created by
STEMora
Help your Year 12 Chemistry students truly understand equilibrium shifts — not just memorise them. This structured Le Chatelier’s Principle Graphing Worksheet guides students through concentration vs time and reaction rate vs time graphs using realistic ATAR-style equilibrium scenarios. Students apply Le Chatelier’s Principle to: Adding reactants (N₂ + 3H₂ ⇌ 2NH₃) Sudden volume decrease (2NO₂ ⇌ N₂O₄ syringe compression) Collision theory explanations Immediate vs long-term equilibrium chang
Preview of Emission Spectra & Electron Transitions Worksheet | Ground vs Excited State |

Emission Spectra & Electron Transitions Worksheet | Ground vs Excited State |

Created by
STEMora
Help your students master emission spectra, electron transitions, and flame tests with this structured, no-prep high school chemistry worksheet + complete answer key. This resource guides students step-by-step from electron structure review to ground vs excited states, and finally to interpreting emission and absorption spectra with confidence. Perfect for: Atomic Structure Units Electron Configuration Lessons Spectroscopy & Light Units NGSS-aligned Chemistry Exam revision or formative
Preview of Lesson - Interpreting the Periodic Table - Content and Questions - Middle School

Lesson - Interpreting the Periodic Table - Content and Questions - Middle School

Created by
KTM Science
This Lesson Pack for Interpreting the Periodic Table contains content, diagrams, and practice questions tailored for middle school physical science students. The PowerPoint format used is fully editable and easily transferred to google slides. The lesson pack also includes checkpoint questions to provide students with formative assessment. A full answer key is provided. This Product Contains Content About:Reading and Interpreting the Periodic Table.Finding Atomic Number, Protons, and Electron
Preview of Metals, Non-Metals & Metalloids Notes | Periodic Table Science Worksheet

Metals, Non-Metals & Metalloids Notes | Periodic Table Science Worksheet

Created by
STEMora
Help your students master the Periodic Table with this clear and student-friendly set of Metals, Non-Metals, and Metalloids Notes. Designed for middle school and early high school science, this resource makes abstract concepts accessible through core questions with model answers that highlight key vocabulary in bold. ✨ Perfect for: Year 9 Science (WA curriculum aligned) Middle school chemistry units on elements & periodic table Review sheets, revision notes, or quick-reference study guides
Preview of Using Percent Composition to Determine Empirical Formulas worksheet

Using Percent Composition to Determine Empirical Formulas worksheet

Worksheet that guides students through how to use percent composition to determine empirical formulas with examples and practice problems. 2 sided. Related Product: Determining Percent Composition from Molecular Formula Worksheet ***Please provide feedback for each purchase to earn credits that can be used on future items. What are TpT credits?
Preview of Accuracy, Precision, Percent Error (Lecture Slides)

Accuracy, Precision, Percent Error (Lecture Slides)

Created by
Madeline Childs
Presentation designed to help students learn and practice the definitions of "accuracy" and "precision" as well as calculating the percent error.
Preview of Physical Science Density Guided Notes examples try it problems and more!

Physical Science Density Guided Notes examples try it problems and more!

The 4-page Physical Science (or chemistry / middle school science) Density Guided Notes (examples, try it problems + more!) covers all parts of density and has notes/examples/problems that comprehensively covers: Definition of densityHow can we tell if an object is less or more dense than water?The density formula and algebraic rearrangementsExample and try it problems solving for Density, Mass and VolumeDetermination of density though water displacement with example and try it problemsThe enclo
Preview of Determining and Using Chemical Formula Notes

Determining and Using Chemical Formula Notes

This product is a power point presentation that includes the following topics Percent composition Empirical formula determination Molecular Formula Determination Lab driven hypotheticals that allow for the determination of the empirical and molecular formula of a compound. It has fill in the blank portions for when teaching math concepts and traditionally takes about eight 45 minute class periods to navigate
Preview of Isotopes and weighted average atomic mass info sheet and practices

Isotopes and weighted average atomic mass info sheet and practices

Use this one page info sheet that breaks down the isotopes as well as calculation of weighted average atomic mass as an intro, formative assessment, or practice. Includes multiple choice, fill in the blank, and short answer questions.
Preview of Electron Configuration and EM Spectrum Tutorial Ticket with Key

Electron Configuration and EM Spectrum Tutorial Ticket with Key

This tutorial ticket goes over concepts such as writing standard, orbital, and shorthand notations, as well as calculating problems using energy, frequency, and wavelength. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use in small groups, when multiple students come in for tutorials, or for one-on-one instruction. A key is included.
Preview of Bohr Models and Periodic Trends Inquiry Activity with Key

Bohr Models and Periodic Trends Inquiry Activity with Key

In this inquiry based activity, students will be using the Bohr Models of different elements to understand why periodic trends behave the way they do. The periodic trends that are going to be covered are: electronegativity, ionization energy, atomic radius, and reactivity. It is assumed that the students already know the periodic trends before they start this activity. Students will first draw 5 different Bohr Models, then they will rank the elements in decreasing order for all the trends. After
Preview of Acids and Bases Tutorial Ticket with Key

Acids and Bases Tutorial Ticket with Key

This tutorial ticket goes over concepts for the Acids/Bases unit, such as: naming acids/bases, conjugates, pH/pOH calculations, Arrhenius theory, Bronsted-Lowry theory, and neutralization reactions. This half sheet tutorial ticket is designed to help students study for upcoming tests, quizzes, or retests. There are 2 tickets per page. They are great to use in small groups, when multiple students come in for tutorials, or one-on-one. A key is included.
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