Magnitude of force acting on objects
This interactive learning object illustrates how the extension of spring increases proportionally with weight.
To face an unpredictable world, every child will need to be able to identify and solve problems as they grow up. Through STEMWerkz, we aim to equip children with the ability to ask the right questions, define problems, and design solutions.
STEMWerkz is our award-winning learning platform for children aged 5 to 12, helping your child develop core skills through engaging interactive media. Browse through our library of over 1,000 interactive lessons and games, built around nurturing the thoughts and practices of scientists and engineers.
Our lessons provide top-notch STEM Learning experiences to empower young learners with the tools they need to investigate, discover, and understand the world around them. The rich repertoire of learning stories in STEMWerkz will fit most learning outcomes and curriculum standards, regardless of which part of the world your child is attending school. Our mix of lesson materials, content, and quizzes encourages them to explore the world they live in.
Here are some examples of how STEMWerkz fits with some international curricula:
Observe your child’s progress in STEMWerkz Quests, and get everything you need to know at a glance. Now you too have the ability to guide your child as they carry on with their learning process. Use powerful management tools to :
WERKZ PUBLISHING INC
Part of THE AMDON GROUP, a Global Digital Science Education Provider
USA
https://www.werkzpublishing.com
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PRODUCTS
Topic
Physical Processes Ages 9-11
This interactive learning object illustrates how the extension of spring increases proportionally with weight.
This is an interactive learning object which explains the effect between the distance and the amount of gravitational force acting on an object shown on a line graph and bar graph.
This is an interactive learning object where students identify the effects of force in the given scenario.
This is a learning object which shows how two or more forces acting on an object will affect the task that its carrying out e.g. direction of movement changes.
This is an interactive video in which students design an experiment to find out about the effects of opposing force (air resistance).
This is an interactive learning object where students identify the direction in which different types of forces are acting on various objects.
Topic
Forces & Interactions
Grade 3
Forces and motion, PS2.A:
Types of interactions, PS2.B:
This is an interactive learning object where students identify the type of force and its effects in the given scenario.
This interactive learning object illustrates how the extension of spring increases proportionally with weight.
This is an interactive learning object which explains about frictional force and how it can affect us in positive and negative ways.
This is an interactive learning object where students explore and identify the different types of forces (contact and non-contact) in daily activities.
This is an interactive learning object where students apply the characteristic of magnets to solve the given problem.
Topic
Physics: Forces
This interactive learning lesson introduces students to forces and how to identify them in their daily lives.
This lesson now helps students to learn and better understand the nature of forces, dividing them into either pushing forces, or pulling forces.
The lesson here expands upon previous content and helps students to identify “Push” and “Pull” forces, and how they are used in day-to-day life.
Lessons broaden their scope and introduces concepts like the effects of forces on objects. This helps students to understand that there’s always a force on an object in motion.
Topic
Interactions of Forces,
P3-P4
This is an interactive learning object where students explore the orientations and arrangement of magnets to find out if they attract or repel.
This is an interactive video where students identify if the given material is magnetic and how this can be used to separate magnetic objects from non-magnetic objects.
This is an interactive video where students learn about the different methods and materials that can be used to make magnets.
This is an interactive learning object where students explore the interactions of magnets to determine unknown poles.
This is an interactive learning object where students explore the interaction between a compass and a magnet.
This is an interactive learning object where students observe the interactions of magnets with unknown poles. Based on the interactions, they will determine the poles of the magnets.
This is an interactive learning object which explains the effects of the magnetic force on other magnets and non-magnetic materials.
Topic
Forces & Motion
Grade 3
This interactive learning lesson introduces students to forces and how to identify them in their daily lives.
The lessons here expand upon the various kinds of forces and the impact they have on objects, and how they interact when an object is in motion, or still.
Lessons broaden their scope and introduces concepts like the effects of forces on objects. This helps students to understand that there’s always a force on an object in motion.
Topic
Forces & Motion
This is an interactive video in which students design an experiment to find out about the effects of opposing force (air resistance).
This lesson focuses on describing the effects of frictional force on different objects. Teaching how other factors like surface material increase or decrease friction.
This is an interactive learning object where students identify that gravity is a constant force, and applies regardless of how high up he or she is.
This is a learning object that highlights how projectiles travel and why objects in midair motion arc downwards towards the earth because of gravity.
This section introduces and helps students become aware of gravity, and the effects it has on our day to day lives.
Making an object move down a ramp faster.
This lesson highlights how students can manipulate different material surfaces, angles among other factors to increase or decrease the effect of frictional force.