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Preview of Sink or Float? Science Experiments – Grades 1–4 (10+ Pages)

Sink or Float? Science Experiments – Grades 1–4 (10+ Pages)

PLEASE BE AWARE: TPT DOES NOT SHOW THE CORRECT FORMATTING IN THE PREVIEW! THE ACTUAL FILE IS FORMATTED MUCH MORE NICELY, with correct Fonts, Spacing and Size! If You Do Not Like The Product Once Bought, I will directly REFUND It. Sorry for the Inconvenience!This hands-on science pack introduces young learners (grades 1–4) to the fascinating topic of sinking and floating. With over 10 pages of simple experiments, kid-friendly explanations, observation sheets, and a review quiz, this resource sup
Preview of STEM Activity - Build a Boat that Floats

STEM Activity - Build a Boat that Floats

Created by
Tobar Eolais
STEM Challenge – Build a Boat that Floats!Perfect for 3rd–6th Grade | Hands-On, Curriculum-Linked, High EngagementGet your students thinking like engineers with this fun and practical STEM challenge! In "Build a Boat that Floats", pupils use everyday materials to design, build, and test a boat that can float and carry weight. This resource encourages creativity, teamwork, critical thinking, and scientific investigation — all in one engaging lesson! ✅ What’s Included: Task Card – Perfect for
Preview of Lesson Plan Science All About Sink and Float.

Lesson Plan Science All About Sink and Float.

Created by
Heera Sawlani
Simple steps to meeting the Sink and Float Lesson Objectives. First proceed with the Whole Class Lecture Discussion with the Class students. Next allow for small groups to perform the Sink and Float Experiment. Each student notes down the observations and activity in their own individual composition book. Finally hand out the document sheet to each student to work at an individual level and note down their own individualized learning about the sink and float concept. Allow students the opportun
Preview of ESL Science - Floating ball Air pressure Worksheet.

ESL Science - Floating ball Air pressure Worksheet.

This is the worksheet of the air package that i have used in my science day camps. Student learn to make a ball float using a straw and a cone of paper, they also try the experiment with a hairdryer. the worksheet has instructions and some tasks to complete and should take them an hour or so to complete. It simply describes air pressure and how it works, which could lead to geography and weather for more able or older learners. there will be activities for language added in due course but just
Preview of Sink or Float Experiment Table

Sink or Float Experiment Table

Created by
Al's Space
This is a simple table for your students to fill in while doing a sink/float experiment. My class absolutely loved doing it. The students each chose an object from the classroom that they wanted to drop in the bucket of water. They them moved around the class and wrote down all the objects of theri classmates too. Next they predicted whether they thought the objects would sink or float, before one by one they dropped the objects in and recorded the results.
Preview of Forces - 12 Task Cards on Pressure for Middle School Science

Forces - 12 Task Cards on Pressure for Middle School Science

Twelve task cards on pressure in air and liquids. Required Knowledge Pressure = force/area;Units for pressure as N/m2 and Pascals;Upthrust and floating and sinking;The number air particles decrease with altitudeAtmospheric pressure decreases with altitude. Everyday applications of pressure. Some cards are more challenging than others and many cards have several related tasks with varying degrees of difficultly. Answers are provided on an animated PowerPoint with one slide per task card so
Preview of BUNDLE: STEM Tasks

BUNDLE: STEM Tasks

Created by
Tobar Eolais
🧠 STEM Challenge Bundle – Build, Design & Create!Perfect for 3rd–6th Class | Hands-On | Creative | Curriculum-LinkedBring engineering to life in your classroom with this exciting STEM Challenge Bundle — featuring three engaging, hands-on activities that encourage students to think, plan, build, test, and improve like real engineers! This bundle includes: 🛶 Build a Boat that Floats🌀 Design a Marble Run🏗️ Create a Paper BridgeEach challenge promotes problem-solving, creativity, teamwork, a
Preview of Forces-Pressure in Air & Liquids-Distance Learning & Homeschool-Middle School

Forces-Pressure in Air & Liquids-Distance Learning & Homeschool-Middle School

This is an action-packed distance learning or home school lesson on air pressure and pressure in liquids. What’s CoveredThis fully resourced lesson includes an animated PowerPoint which:demonstrates use of the equation pressure = force/area;explains and gives examples of the relationship between pressure, force and area;specifies units for pressure as N/m2 and Pascals;explains the relationship between upthrust and floating and sinking;explains why number air particles decrease with altitudeex
Preview of Experiment: Density of different materials

Experiment: Density of different materials

Created by
EduMateja
The "Density of Different Materials" experiment offers teachers a dynamic tool to foster scientific curiosity and critical thinking in their students. By immersing students in hands-on exploration, this experiment allows educators to demonstrate key concepts of mass, volume, and density, while encouraging students to gather data, and draw conclusions. Through this experiment, teachers can provide a tangible connection between theoretical concepts and real-world applications. By measuring and com
Preview of Forces-Pressure in Air & Liquids Explained Fully Resourced Lesson-Middle School

Forces-Pressure in Air & Liquids Explained Fully Resourced Lesson-Middle School

This is a comprehensive and enjoyable introduction to pressure for middle school science students. The fully resourced topic comes with an engaging animated PowerPoint and a collection of thirteen worksheets, guided notes, activities and homework. All answers are provided. A one – page flow chart lesson plan shows where logical choices can be made between resources if time requires. What's IncludedThis fully resourced lesson includes an animated PowerPoint which: demonstrates use of the equation
Preview of Bill Nye the Science Guy : FORCES & MOTION Bundle (9 video worksheets / Sub)

Bill Nye the Science Guy : FORCES & MOTION Bundle (9 video worksheets / Sub)

*Videos are required to accompany worksheets.*Please make sure you have access to videos prior to purchase.Want more BILL! BILL!! BILL!!! – CLICK HERE!This purchase is for a mini-bundle of 8 video worksheets from Bill Nye the Science Guy that focus on topics connected to FORCES & MOTION.Included with this mini-bundle: 1) BALANCE (Season 2, Episode 12)The worksheet has a series of questions that help students stay focused on various science facts about BALANCE. Areas covered: torque, balanced vs
Preview of Pure: Ohm's Law Calculation | Calculating Resistance, Current & Voltage

Pure: Ohm's Law Calculation | Calculating Resistance, Current & Voltage

Created by
Floating Ideas
Calculate Resistance, Current and Voltage with this set of 40 questions that enhance understanding and application of the V = I x R equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (Ohms, Amps, Volts). Increased challenge by progressing from substitution equations to manip
Preview of Calculating Resultant Forces

Calculating Resultant Forces

Created by
Floating Ideas
Support students to improve their ability to calculate resultant forces with 15 questions in various scenarios. Students need to apply their literacy skills and apply them to a mathematical problem to calculate the resultant force. Perfect for students to practice their understanding of new concepts, or for a review of prior learning with older students, this question set covers the basics of resultant forces in a single plane.
Preview of Velocity Lab Position Time Graph

Velocity Lab Position Time Graph

Students measure the time it takes for various objects to travel 40 m. I suggest rolling a basketball, someone walking, someone jogging, two people piggy-back, or someone riding a bicycle. Students stand with stop watches every 10 m to records the data points. There is a graph sheet include to compliment the data. I have added a flat line at 20 m for example F, I have also clearly labelled the examples A, B, C, D, E and F for those having trouble following which example was which. I have adde
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