Lampe Learning

Students learn the features of inverse operations and practice solving one and two-step equations to find unknown values (pronumerals). This resource is an editable PPT lesson, scaffold sheet and solutions, which follows an 'I do, We do, You do' structure in which students will: - identify inverse operations - collectively learn and practice the solve process for one and two-step equations - complete a short 'check for understanding' when solving equations - consolidate their skills through the

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This PowerPoint lesson teaches the key notations for number (index, expanded and evaluated). It also includes order of operations recap warm-ups, structured PowerPoint, activity resources and differentiated options to help students engage. The printable activity is an easy to access version of the recap warm-up. Ready to print, with solutions. Learning Intention:• Students understand how to notarise numbers in

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This PowerPoint has a series of lessons designed to assist students to learn and apply the index laws. Depending on how fast your students move, and the length of your lessons, this could be up to 12 lessons. This unit PowerPoint has multiple supplementary resources and I highly recommend you purchase the bundle for maximum impact. This is an editable resource and can be adjusted to suit your needs.

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). Each of these Differentiated Assessment options are designed to allow students to demonstrate the extent of their understanding at their level of readiness. I explain the options to the students, highlighting the increase of complexity from ' bronze' to ' silver' to ' gold'. Each subsequent task builds load on the students' higher order thinking skills. My suggested practice is that you allow students to choose

Students learn the features of inverse operations and practice solving one and two-step equations to find unknown values (pronumerals). This resource is a lesson scaffold which ideally accompanies the editable PPT lesson, which follows an 'I do, We do, You do' structure in which students will: - identify inverse operations - collectively learn and practice the solve process for one and two-step equations - complete a short 'check for understanding' when solving equations - consolidate their ski

Students ... use trigonometric ratios to solve problems involving right-angled triangles (Year 9, Mathematics, Australian Curriculum). These PowerPoint & Trigonometry Pre-Learning Checklist Scaffold lessons teach the key pre-learning required to be successful in applying the trigonometric ratios to right-triangles. It also includes recap warm-ups, structured PowerPoint lessons and opportunities for students to engage through I Do, We Do, You Do lesson structures. These lessons from the beginnin

Students identify complementary and supplementary angle types (prelude to Year 7 to Year 9 Geometric Reasoning, Mathematics, Australian Curriculum). This Handout forms an explicit lesson designed to assist students to learn and apply the skills required for identifying and measuring complementary and supplementary angle types. Depending on how fast your students move, and the length of your lessons, this could be up to 2 lessons. This Handout can be used as a remote learning tool, complet

Students ... use trigonometric ratios to solve problems involving right-angled triangles (Year 9, Mathematics, Australian Curriculum). This PowerPoint lesson teaches the process for using clinometers to find the height of various objects using angles. This is a practical lesson, where students can work within an area determined by the teacher by their choice in target objects. The Clinometer template by 'Virtual Maths' has been included and credited. This PowerPoint can be used as a standalo

Students calculate the area of composite shapes (Year 9, Mathematics, Australian Curriculum). This differentiated assessment task allows students to showcase their capacity to calculate the area of composite shapes. Students with a strong grasp of the concept can take on the gold extension, which requires them to work with more complex shapes than the bronze and silver challenges. This is an editable resource, and can be adjusted to suit your needs.

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This ' silver' component of the Differentiated Assessment allows students to apply index laws. Students will navigate through a maze by selecting equations where index laws have been correctly applied. Students can participate in extended versions of the task to demonstrate their strong understanding through the creation of their own equations that showcase correct application of the index laws. The 'bronze' or

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This ' bronze' component of the Differentiated Assessment allows students to apply index laws. To do this they will apply index laws to a range of questions. They will then use their answers to navigate through a maze by selecting equations where index laws have been correctly applied. Students can participate in extended versions of the task to demonstrate their strong understanding through the creation of the

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This ' gold' component of the Differentiated Assessment allows students to show their extended understanding of how to apply index laws. To do this they will identify, solve, create and correct through the application of index laws in multiple contexts. This will test their higher order thinking skills and allow them to demonstrate evidence of learning in the higher grade bands. The 'bronze' or 'silver' challe

Students find the gradient... of a line segment (linear relationships) (Year 9, Mathematics, Australian Curriculum). This Handout forms an explicit lessons designed to assist students to learn and apply the skills required for plotting linear equations. This Handout has the option of an accompanying PowerPoint which scaffolds student note taking and application. I highly recommend you purchase the bundle for maximum impact. This is an editable resource and can be adjusted to suit your

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This Reasoning Task allows students to make sense of the Index Laws by following a series of steps to discover the index laws. This particular task focuses on Index Laws 1 & 2 or multiplication and division of indices. This reasoning task is complemented by the Multiplying & Dividing Indices PPT or the Index Laws Unit PPT. This is an editable resource and can be adjusted to suit your needs.

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This Reasoning Task allows students to make sense of the Index Laws by following a series of steps to discover the index laws. This particular task focuses on Index Laws 3-5 or products, quotients and the zero index. This reasoning task is complemented by the Index Laws Unit PPT. This is an editable resource, and can be adjusted to suit your needs.

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This Reasoning Task allows students to make sense of indices by mapping them on a Power Line through a guided activity. This task helps students make connections between index, expanded and evaluated forms. This reasoning task is complemented by the Power Lines (Indices, Powers, Exponents) PPT Lesson or the Index Laws Unit PPT. This is an editable resource, and can be adjusted to suit your needs.

Students apply index laws to numbers (Year 9, Mathematics, Australian Curriculum). This Warm Up Activity allows students to make sense of the Index Laws by following patterns to develop indices knowledge This particular task focuses asks students to populate unknowns using logic and the information provided. This reasoning task is complemented by the Index Laws Unit PPT. This concept of power lines has been observed within the DfE Mathematics Resources and then adapted to my school and class