15 results
10th grade basic principles simulation pdfs
![Preview of Year 10 Biology (Australian Curriculum) [Workbook]](https://ecdn.teacherspayteachers.com/cdn-cgi/image/format=avif,quality=70,width=525,height=525,onerror=redirect/thumbitem/Year-10-Biology-Australian-Curriculum-Workbook--6442923-1646016135/750f-6442923-1.jpg)
STEM Lab Activity Balloon Rockets - Newton's Third Law of Motion
Students will experiment with balloon rockets to observe and study Newton's Third Law of Motion and the principles of rocket propulsion. Students will collect, analyze, and graph data from the launches in this STEM lab activity.
Subjects:
Grades:
K - 12th
Types:
DNA Fingerprinting-Gel Electrophoresis "paper lab"!
Absolutely no prep! Just print and go! This activity will teach students why and how gel electrophoresis is used. Students will also analyze a gel or "DNA fingerprint" and help to solve a crime! This is a great product for a Biotech unit if you do not have the equipment to run an actual gel or use as a fun pre-lab! Used by thousands of students!
Subjects:
Grades:
6th - 12th
Types:
Conservation of Momentum Lab Series using Marbles
This listing features two labs about the conservation of momentum using marbles. I facilitate this activity series on successive days in my eighth-grade physical science class. This lab set aligns with our unit about Newton’s three laws. In the first lab activity, students determine if there is a positive correlation between the number of marbles released down the ruler ramp and the number of stationary marbles ejected upon impact on the bottom, flat portion of the track. In the second lab activ
Grades:
8th - 10th
Also included in: Physical Science Semester Activity Bundle Special
Physical Science: Energy, Energy, Energy
This three-lesson unit includes an introduction to energy and energy forms, energy transfers and transformations and variables that effect kinetic and potential energy, like height, mass and speed. These lessons can also be purchased individually. This unit supports MS-PS3 (Energy) of the NGSS. The student handouts and included answer keys work together with videos and links found at Physical Science on the How About Science? website. Here are some things you will like about “How About Sci
Subjects:
Grades:
6th - 10th
Types:
Density Tower Lab
Calculate the density of 8 mystery liquids. Draw in color what each mystery liquid looks like in its numbered box. First, measure the mass (minus the mass of the beaker ____ g). Then, use the beaker itself to measure the volume. Lastly, calculate the density and identify the liquid using the formula: D = m / vOnce you have identified all substances, work with the teacher to create a density tower! (Draw & label the tower in color)
Subjects:
Grades:
5th - 12th
NGSS:
MS-PS1-2
Friction Lab Simulation
The Velocity and Acceleration Simulation activity allows students to play a computer simulation for an interactive lab experience. The simulation utilizes a PHET simulation where students can analyze the effects of velocity or acceleration on an object as they try and guide the object through a maze. As a Science teacher it is difficult to find time to set up and tear down lab activities for every topic and simulation is a nice quick activity students can complete in one class period.
I have se
Subjects:
Grades:
7th - 10th
Types:
Bohr Models - Guided Notes and Station Activity
Online simulation, teacher led guided notes, and hands on station activity to understand the structure of the atom and decipher Bohr models of atoms. Students investigate the properties of subatomic particles using a PHET simulation, complete notes over the composition of a Bohr model of the atom, then rotate through seven stations to calculate the protons, neutrons, electrons, and mass of atoms, determine the atom's identity, and classify the image as a neutral atom or ion.Please click this lin
Subjects:
Grades:
6th - 12th
Build a Model of a Frog
As an alternative to dissection or as an enhancement or evaluating tool after dissecting, this activity has students build a model of a frog with clay. Students use textbooks and the internet to find information about the external and internal anatomy of the frog. The objective is to learn about comparative, structural and functional anatomy. Directions are simple, allowing for students to come up with their own model.
Subjects:
Grades:
7th - 12th
Static Electricity and Laws of Electric Charges
Introduce students to static electricity and let them explore right from day one with all the concepts that they will be studying over the next few days. Hands-on and interactive. Great way to get discussion started. All you need are some rulers, pencils, thread and some small styrofoam balls.
Subjects:
Grades:
8th - 10th
Types:
PHET Capacitance Lab (HTML Simulation)
An updated version using the HTML simulation found on PHET. This one does not include diaelectric (the other one does but refers to the JAVA based applet). These instructions cover parallel-plate capacitance geometry, electric field, and application.
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
DIGITAL Scientific Method Activity
Looking for something fun to do with kids during digital learning? Not finding any good activities online? Here you go! This is an interactive activity in which students are given real cases of people with different problems (and the cases are ranked by difficulty) and they have to decide what is causing the symptoms. This activity lists out the steps of the scientific method used by doctors EVERY DAY to come up with real diagnoses! There is a case in there that looks like COVID, but it is not.
Subjects:
Grades:
7th - 10th
Types:
Mark & Recapture Simulation Lab for Ecology Using Poker Chips
This listing features a three-page user-friendly lab guide for an interactive mark and recapture simulation, where students use poker chips to symbolize fish captured in a lake. I facilitate this mark and recapture simulation in my year-long field ecology course every year. This activity is also ideal for a wildlife management course or for an extended ecology unit in biology. Please note – there are materials you will need that are not included in this listing to conduct this lesson. They inc
Subjects:
Grades:
9th - 11th
Safety: Physics
Activities to better understand safety in physics. Can be set up as science centers with an activity to go through at each station for middle school.
Grades:
6th - 12th, Higher Education, Adult Education
Types:
Build an Atom Lab
Objectives:
Students will be able to:
● Construct a model of an atom.
● Determine the charge of an atom or ion.
● Explain how to determine the numbers and types of subatomic particles in an atom.
Materials Needed:
● Computers with Internet access
Grades:
7th - 12th
Types:
HALF-LIFE SIMULTION
Most people think of half-life in terms of radioaictve decay. However, it can also refer to drug interactions, pesticides in plants and a plasma half-‐life which is a stability factor. In each case the mathematical equations are similar and produce the typical half-life curve. Using M&Ms to create a simulation of the half-‐life process students create a graph with an exponential curve.
Subjects:
Grades:
7th - 12th, Higher Education
Types:
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