Hoff Math

Students work collaboratively or individually to match 20 cards that have a right triangle trigonometry (SOHCAHTOA) word problem with 20 cards that have the answers. Students need to be familiar with the angle of elevation and the angle of depression. Bundle and save! Skip the prep and grab the Precalculus Full Curriculum Bundle. This all-in-one resource includes a full year of notes, homework, tests, and projects - all at a massive discount. Grab the complete curriculum here.Ideas for how to

Students solve problems involving arc length or area of a sector in this engaging, self-checking, no-prep circuit worksheet. Not only will this worksheet challenge their ability to answer questions about this important skill, but it also injects an exciting twist by requiring them to search for the answers in different parts of the worksheet. This is designed for an on-level or honors-level Geometry class for 8th, 9th, or 10th graders. How many questions are there?There are 20 questionsNotes:In

Keep your Geometry students engaged with this no-prep, self-checking circuit worksheet where they solve problems involving triangle congruence. Not only will this worksheet challenge their ability to answer questions about Congruent Triangles, but it also injects an exciting twist by requiring them to search for the answers in different parts of the worksheet. How many questions are there?There are 18 questionsObjectives covered:Use triangle congruence to find unknown side lengths or angle measu

Students find missing sides and angles of right triangles in this engaging, self-checking, no-prep Trig Ratios Circuit worksheet. Not only will this worksheet challenge their ability to answer questions about this important skill, but it also injects an exciting twist by requiring them to search for the answers in different parts of the worksheet. The questions included are most appropriate for the students' first lesson on Right Triangle Trigonometry / SOHCAHTOA. How many questions are there?Th

Engage your students in an interactive learning experience as they solve problems related to 45-45-90 and 30-60-90 triangles. Once the problems are successfully solved, students can use their answers to color a beautifully crafted design, combining creativity with mathematical mastery. With the convenience of an included answer key, this resource provides both educational value and artistic enjoyment. How could you use this resource?Homework assignmentClasswork assignmentOptional practiceSub pla

Students work with a partner or in small groups to solve problems about Quadrilaterals. The problems are organized in a scavenger hunt: students start with any problem, then find the answer above a different problem, work *that* problem and continue in that fashion until they end where they started. This is an excellent low-prep and engaging activity that your students will love! How many questions are there?There are 25 questions which take students 45-60 minutes to complete. When/how should t

In this worksheet, students explore the definition and parts of a trapezoid, investigate the properties of isosceles trapezoids and their diagonals, and apply formulas to find midsegment lengths and missing angles. With 31 questions and an included answer key, this resource supports targeted geometry practice and review. Objectives Covered in this Worksheet:Understand the definition of a trapezoidIdentify the parts of a trapezoid (bases, legs, angles)Describe the properties of an isosceles trape

Students work with a partner or in small groups to answer questions about equations of circles, then search for the answers on different papers scattered throughout the room/hallway. You will love this because it requires very little prep and will keep your students occupied for 30+ minutes! Students will love it because they will be out of their seats, moving around the room, and hunting for answers, which is like a thrilling treasure hunt that keeps them engaged, motivated, and cheering for

Students use two way tables to find probabilities to answer questions in this worksheet which has 30 questions and includes the answer key. Notes: In this assignment, there are 6 two-way tables that students use to find probabilities.In 1 table, students are given the totals for each row and column.In 3 tables, students are given a blank row and column to write the totals.In 2 tables, the totals are not given, and no blank row or column is provided – although space around the table is provided f

Keep your Geometry students engaged with this no-prep, self-checking circuit worksheet where they solve problems involving coordinate geometry. Not only will this worksheet challenge their ability to answer questions about this important topic, but it also injects an exciting twist by requiring them to search for the answers in different parts of the worksheet. How many questions are there?There are 18 questionsObjectives covered:Use the distance formula to find the length between two points.Fin

Students solve problems involving parallel lines and midsegments of triangles in this engaging, self-checking, no-prep circuit worksheet. How does a circuit work?Students begin with the problem in the top left. They answer the question and find the answer somewhere else and write “2” in the blank. Students then solve *that* problem, find the answer and write “3” in the blank and so on until they have solved every problem and returned to the beginning.How many questions are there?There are 18 que

Students solve problems involving the surface area of prisms, cylinders, pyramids, cones, and spheres in this engaging, self-checking, no-prep circuit worksheet. Not only will this worksheet challenge their ability to answer questions about this important skill, but it also injects an exciting twist by requiring them to search for the answers in different parts of the worksheet. This is designed for an on-level or honors-level Geometry class for 8th, 9th, or 10th graders. How many questions are

Students answer questions that require them to find the distance between two points using the distance formula in this engaging, self-checking, no-prep circuit activity. How does a circuit work?Students begin with the problem in the top left. They answer the question and find the answer somewhere else and write “2” in the blank. Students then solve *that* problem, find the answer and write “3” in the blank and so on until they have solved every problem and returned to the beginning.How many que

Students solve problems involving circumference and area of circles in this engaging, self-checking, no-prep circuit worksheet. How does a circuit work?Students begin with the problem in the top left. They answer the question and find the answer somewhere else and write “2” in the blank. Students then solve *that* problem, find the answer and write “3” in the blank and so on until they have solved every problem and returned to the beginning.How many questions are there?There are 20 questionsWhat