Physical Science Editable Warm Ups Bundle

Description

A full year of editable warm up slides, digital or print versions are perfect for a physical science classroom in your classroom with no prep either in class or with online learning! Use these as bellringers or even cut them out to use as exit tickets. Google Slides versions are also included.

Each question is in short or long response format so students explain the topic and their understanding.

There are 3 ways to use these editable warm ups:

1. Use them with slides as students fill out the answers on their own personal answer sheet.

2. Use the answer sheets with the questions on them without the slides. I personally have my students hole punch them each week to add into a pronged folder or binder to use as a study tool. You can even print them at 90% so students can glue them into their interactive science notebooks!

3. Use them for online learning or digitally with the Google Slides version. This is also perfect for digital interactive student notebooks.

A PowerPoint version is included for editing and a PDF version is included for easy printing.

*The questions are editable but the fonts and clip art are not due to copyright.*

Included in this resource:

✅ 2-4 weeks of warm ups for each topic. 35 weeks and 175 warm ups total.

✅ 3 editable templates to fit the needs of you and your students

✅ PowerPoint Slides with the questions to project for your students

✅ Answer key

Sets of warm ups include:

1. Scientific investigations and Inquiry (4 weeks)
Content covered:
⭐ Experiments vs Observations
⭐ Creating a Hypothesis
⭐ Variables (Independent, Dependent, Constant)
⭐ Data (qualitative vs quantitative)
⭐ Scientific Method Steps
⭐ Repetition vs. Replication

2. Energy Mass, Volume and Density (3 weeks)
Content covered:
⭐ Matter
⭐ Mass
⭐ Weight
⭐ Volume
⭐ Formulas as well as calculating mass, volume and density
⭐ Water displacement

3. Physical and Chemical Changes (3 weeks)
Content covered:
⭐ Physical properties (mass, weight, volume, density, malleability, thermal conductivity, electrical conductivity, solubility, magnetism, luster, viscosity)
⭐ Chemical Properties (reactivity, flammability)
⭐ Physical changes
⭐ Chemical Changes
⭐ Law of Conservation of Mass

4. Energy Forms and Transformations (3 weeks)
Content covered:
⭐What is energy?
⭐Types of Potential Energy
⭐Types of Kinetic Energy
⭐Energy Transformations
⭐Law of Conservation of Energy

5. Thermal Energy and Heat (3 weeks)
Content covered:
⭐ Thermal Energy
⭐ Temperature
⭐ Heat
⭐ Conduction
⭐ Convection
⭐ Radiation

6. Forces and Motion (4 weeks)
Content covered:
⭐Motion
⭐Speed
⭐Calculating Average Speed
⭐Velocity
⭐Acceleration
⭐Balanced & Unbalanced Forces
⭐Contact Forces
⭐Forces at a online
⭐Newton’s Laws of Motion.

➾Graphing velocity, average speed or acceleration is not included.

7. Pure Substances and Mixtures (2 weeks)

Content covered:

⭐ Pure substances

⭐ Elements

⭐ Compounds

⭐ Mixtures (heterogeneous, homogeneous)

⭐ Solutions, colloids and suspensions

8. Atoms and the Atomic Theory (2 weeks)

Content covered:

⭐ Atoms

⭐ Atomic Structure and subatomic particle masses

⭐Contributing scientists to the atomic theory (Democritus, Aristotle, John Dalton, J.J. Thomson, Ernest Rutherford, Erwin Schrödinger and Werner Heisenburg)

⭐ Isotopes

⭐ Atomic number

⭐ Mass number

9. Changes in States of Matter (3 weeks)

Content covered:

⭐ States of matter (solid, liquid, gas)

⭐ Kinetic Theory of Matter

⭐ Thermal Energy

⭐ Changes in states of matter (Boiling, evaporation, condensation, melting, freezing, vaporization, sublimation, deposition)

⭐ Pressure and Temperature

10. Periodic Table (2 weeks)

Content covered:

⭐ What is the Periodic Table?

⭐ How to obtain information from the periodic table.

⭐ Dimitri Mendeleev and Henry Mosely.

⭐ Chemical name, chemical symbol, atomic number, average atomic mass.

⭐ Groups and periods.

⭐ Metals, nonmetals and metalloids.

⭐ Arrangement of elements.

⭐ How to determine if elements have similar properties.

11. Interactions of Light Waves (2 weeks)

Content covered:

⭐ Transparent, translucent and opaque

⭐ Reflection, refraction and absorption

⭐ Brief explanation of prisms

⭐ Wavelengths of color

⭐ How can we see color?

12. Properties of Waves (2 weeks)

Content covered:

⭐ What is a wave?

⭐ Transverse and longitudinal waves

⭐ Mechanical vs. electromagnetic waves

⭐ Parts of transverse waves

⭐ Parts of longitudinal waves

⭐ Wavelength

⭐ Amplitude

⭐ Frequency

13. Electromagnetic Spectrum (2 weeks)

Content covered:
⭐ What is electromagnetic radiation?
⭐ What is the electromagnetic spectrum?
⭐ Radio waves
⭐ Microwaves
⭐ Infrared
⭐ Visible Light

⭐ What determines the color of light?
⭐ Ultraviolet
⭐ X-rays

⭐ Gamma Rays

⭐ what role does the sun play?