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How to Create Custom Flashcards in Canva: A Beginner's Guide + Using Creative Fabrica for Resellable Designs

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  As a beginner in the world of educational design, creating teaching materials like flashcards can seem daunting. However, with the right tools, it becomes a fun and simple process. In this post, I’ll walk you through how to design custom flashcards using Canva and how to incorporate Creative Fabrica elements for even more creativity. Plus, I’ll show you how to ensure that your designs are ready for resale if you want to take your flashcards to the next level! Why Canva for Flashcards? Canva is an excellent platform for designing various teaching materials because of its user-friendly interface and vast library of templates and elements. Even if you have no prior experience with graphic design, Canva makes it easy to create professional-looking materials. This is perfect for educators, especially if you want to personalize your flashcards to match your lesson plans. Step 1: Choose a Template Start by selecting a flashcard template that suits your style. There are plenty of free o...
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🧪 How to Calculate the Real Size of a Cell from a Microscope Image

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Microscopes open up a world of discovery, allowing us to see cells—tiny building blocks of life—that are far too small to view with the naked eye. But once we’ve zoomed in using magnification, how do we figure out the actual size of what we’re seeing? This post will walk you through the process of calculating the real size of a cell using magnification and a ruler. Whether you're a student preparing for an exam or a teacher looking for ways to break it down for your class, this step-by-step guide will help. 🔬 Why Micrometres, Not Millimetres? Most cells we encounter are smaller than 1 mm. So, using millimetres (mm) to describe them wouldn’t make much sense—they’re simply too tiny! Instead, we use micrometres (µm) . Micrometres use a symbol that looks like a little “u” with a tail: µ . And here’s the key conversion: 1 mm = 1000 µm So, a typical cell might be anywhere from 10 to 100 micrometres wide . 🧫 What Does Magnification Mean? When you see a cell under a microscop...
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🔬 How to Calculate the Real Size of a Cell Using a Scale Line (Step-by-Step with Example)

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  When learning how to calculate the actual size of a cell under a microscope, it can feel a little overwhelming at first. But don’t worry—it’s just like following a recipe. Once you know the ingredients (your values) and the steps (your formula), it all clicks into place! In this blog post, I’ll walk you through a typical exam-style question: calculating the real size of a cell when a scale line is provided. This method is frequently tested, so understanding it will boost your confidence and exam marks. Let’s break it down step-by-step with a real example and some visual support from my latest video.   🧪 Scenario: You’re Given a Scale Line Imagine you’re looking at a microscopic image of a cell, and underneath, you see a little black line labelled 1 µm . This is your scale line—it tells you that the line on the image represents 1 micrometer in real life. Now, using your ruler, you measure that this line on your printed or digital image is 13 mm long. The goal is to fig...
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