Plot equations and create interactive math and science quizzes with our online graph maker!
Make learning math more enjoyable with the Graphing question type on Quizizz! Graphing is central to math and science education as it helps students visualise and understand complex ideas. By including interactive graphing activities in the classroom, you can enhance students’ learning experiences and foster a deeper understanding of concepts.
Quizizz offers a range of graphing tools that make the process of learning more engaging and interactive for students. Our online quiz maker enables you to create dynamic lessons that captivate your students’ attention and boost their graphing skills.
Interactive graphing questions come with a plethora of benefits in math and science education. They allow students to explore concepts visually, giving a more tangible form to abstract ideas. By regularly engaging with graphing questions, learners can pave the way to a deeper understanding of equations and functions.
The Graphing question type on Quizizz provides a handy tool to implement interactive quizzes and create an immersive learning environment. Additionally, they offer lightning-quick feedback. This enables teachers and students to work together to identify and correct errors in real-time.
With the graphing tools on Quizizz, you can empower students to become active participants in their own mathematical journey. Quizizz offers a versatile and intuitive graph maker that allows you to create graphs and customise them so they align with your teaching goals.
Linear equations and functions form the bedrock of graphing in mathematics. The graphing capabilities on Quizizz empower you to help students master the basics of graphing linear equations.
Through spaced repetition and regular practice, students can learn how to graph equations, identify key elements like slope and intercepts, and study the relationship between variables. The interactive nature of Quizizz allows students to practice graphing linear equations independently. It also enables them to receive immediate feedback, reinforcing their understanding of concepts.
With the online graph maker on Quizizz, you can craft dynamic activities that promote visual learning, provide immediate feedback, and leverage gamification to create a captivating learning experience for your students. Quizizz enables you to –
1. Conduct quizzes live or assign them as homework so your students can practice at their own pace using any device.
2. Tap into instant reports and graphs that help you measure understanding and tweak your lessons in no time.
3. Add slides to your quiz to turn it into a lesson, so you can blend instruction and assessment seamlessly.
Log in to your Quizizz account, or sign up for free.
Click on the ‘Create’ button on the navigation pane and select 'Quiz'.
Choose the ‘Graphing’ option from the list of available question types.
Select the type of equation: linear, quadratic, exponential, or points.
Click on 'Points' to add and move points across your graph.
Click on 'Linear' to add and modify expressions of linear equations.
Click on 'Quadratic' to express quadratic equations.
Click on 'Exponential' to add and modify exponential equations.
Click on ‘Edit Chart’ to add non-interactive points, lines, and curves to your graph. You can also modify the scale of the graph.
Click on ‘Save’ and repeat this process to add as many questions as you’d like.
Save your quiz and host it live or assign it as homework.
Along with plotting points and linear equations, the graphing tool on Quizizz enables you to work with quadratic equations and exponential functions. By using the graphing tool on Quizizz, you can craft interactive quizzes and lessons that enable students to analyse the behaviour of functions and deepen their mathematical knowledge.
Graphing quadratic equations equips students with insights into the properties of a parabola such as its vertex, axis of symmetry, and formula. Students can manipulate coefficients to observe the effects on the graph, leading to a stronger grasp of quadratic functions.
The graphing question type allows students to visually represent exponential equations. This helps them learn how to analyse growth or decay rates, identify asymptotes, and recognise the initial value or base of the exponential function.
In this classic activity, learners can complete sentences by filling in the blanks with the right answers.
Ask your students to reorder a set of jumbled options in ascending, descending, or chronological order.
Present learners with the opportunity to select one or more correct answers from a list of options.
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Gamify your assessment with shuffled text and images that your students can pair together.
Choose between a plain background or an image and watch as students give shape to their thoughts with colors, highlighters, and more.
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Motivate learners to think critically by dragging and dropping the right options to complete a sentence.
Let students take center stage with video responses so you can assess their presentation skills.
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Check the pulse of your classroom with a fun poll or vote.
Use Lessons to create an instructor-led experience where slides and multimedia are combined with quiz and poll questions.
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Engage your students’ higher order thinking skills and encourage them to dig deep with open-ended questions.
Analyze speaking skills by allowing students to voice their answers using the audio response feature.
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Prompt your students to choose between a set of drop-down options to fill out the blanks in a piece of text.
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Graphing questions can significantly enhance quizzes. This is because graphing encourages students to apply their analytical and interpretive skills to real-world data, which reinforces their understanding of scientific concepts.
Since graphing questions present information visually, they provide pictorial context to events that take place all around us. This motivates students to analyze data, make connections, and draw conclusions from them.
Interpreting Graphs in Physics
In physics lessons, graphing questions can be used to assess students’ understanding of physical phenomena. For instance, learners may be provided with data about an object’s velocity over time. They can then be asked to represent this data with the help of a motion graph.
Conversely, they can also be shown a motion graph and asked to deduce data such as the object’s acceleration or displacement. Questions like these boost a student’s ability to process information in the form of both numbers and visual representations.
