Less than $5 Higher Education Math Worksheets

Asymmetric Graph Paper 8.5 x 11 inches 200 pages

Fun Activities with Worksheets for Kindergarten 100th Day Math of School

Celebrate the centennial milestone of the school year in a thrilling manner by incorporating our dynamic "100th Day Fun Pack" into your festivities! This comprehensive educational resource is designed to infuse excitement into the learning experience with a plethora of engaging activities tailored to meet the diverse needs of your students.

Key Features and Activities:

Colorful Celebration: Engage students with a vibrant coloring page to kick off the festivities.

Creative Writing Prompts: Foster imaginative expression through thought-provoking writing prompts, stimulating the minds of young learners.

Number Maze Challenge: Navigate through a stimulating number maze, adding an element of fun to numerical comprehension.

Counting Extravaganza (1 to 100): Reinforce counting skills from 1 to 100 with an interactive and entertaining activity.

Mind the Gap (Missing Numbers 1 to 100): Enhance numerical acumen by filling in missing numbers in this engaging exercise.

Spin to Win (Counting Game): Make learning fun with a 'Spin to 10' game, combining chance and counting skills.

Quantitative Expression: Develop mathematical proficiency with activities like 'Count and Write How Many.'

Skip Counting Spectacle (by 10s to 100): Introduce skip counting by 10s in an exciting way, reinforcing multiplication skills.

Numeral and Word Fusion: Foster a connection between numerals and words through a captivating cut-and-paste matching activity.

Race Against Time (In 100 Seconds, I Can…): Infuse a sense of urgency and accomplishment with a challenge to complete various tasks within 100 seconds.

Sensory Exploration (I Would Like 100… But Not 100…): Engage the senses by prompting students to express preferences using the 5 senses when imagining interactions with the number 100.

Elevate the 100th day celebration with this enriching resource, promoting both learning and enjoyment for your students!

Worksheet on implicit differentiation

Include questions on finding gradients, the equations of tangents and normals and finding stationary points.

Worked solutions included for ease with marking and/or sharing with students.

College Board Unit 3.2 Implicit Differentiation

You may also like:

Differentiation from first principles

Derivatives of powers of x Scavenger Hunt

Calculus Gradient Match card sort

Calculus - Exploring graphs

Calculus - Differentiation using the chain rule Scavenger Hunt

Calculus - Optimization using differentiation

Scavenger Hunt - Differentiating logarithms and exponentials

Calculus - Contextual applications of differentiation - motion in a straight line

Calculus - Contextual applications of integration - motion in a straight line

Calculus - Differentiation - The Product and Quotient Rules

Calculus - Differentiating Inverse Trigonometric Functions

WHAT YOU WILL RECEIVE

• 9 Pages

• PPTX FILE

• PDF FILE

• PNG FILES

• Large 8.5'' x 11'' designs that can easily be printed on regular sized paper

• High-resolution images

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• Great for kids, boys and girls

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• This item comes as a high-resolution ZIP file that you can download straight after purchasing.

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Solving Multi-Step Equations. Step-by-step mini lesson on solving equations with parenthesis and variable on both side.

Tricky questions with "All Real Numbers and No Solution" also explained.

More on solving equations:

Solving One-Step Equations

Solving Two-Step Equations

Solving Equations by Clearing Fractions

Solving Equations by Clearing Decimals

Solving Equations: Application and Mastery

Sovling Equations: Practice Tricky Problems

More resources available @mathologist

MATHS PAPER | 200 Pages Asymmetric Graphing Paper In Various Sizes

Asymmetric Graph Paper Notebook 7 Different sizes to create your own Math Graphs or Geometric Shapes, Engineering Lessons at School, or for Homework. The Zip File Contains 7 Pdfs of 200 Pages ready to be printed and used.

Sizes ( inches ):

• 8.5x11
• 6x9
• 8x10
• 7x10
• 8.27x11.69
• 8.25x6
• 7.5x9.25

Get Your Own Copy Now.

A worksheet using the first and second derivatives to find stationary points. Mainly maximum and minimum but does have a couple of examples of stationary points of inflection. All curves are functions involving powers of x.

*Points of inflection will be looked at in more detail in an upcoming shapes of curves worksheet/activity.

Answers are included as detailed work solutions.

Black and White version included

College Board Unit

5.4 Using the first derivative test to determine local extrema

5.7 Using the second derivative test to determine extrema

You may also like:

Differentiation from first principles

Derivatives of powers of x Scavenger Hunt

Calculus Gradient Match card sort

Calculus - Exploring graphs

Calculus - Differentiation using the chain rule Scavenger Hunt

Calculus - Optimization using differentiation

Scavenger Hunt - Differentiating logarithms and exponentials

Calculus - Contextual applications of differentiation - motion in a straight line

Calculus - Contextual applications of integration - motion in a straight line

Calculus - Differentiation - The Product and Quotient Rules

Calculus - Differentiating Inverse Trigonometric Functions

Worksheet for finding the derivatives of inverse trigonometric functions.

Includes a worked example on differentiating arcsin x and then students can show how to get the results for arccos x and arctan x.

Questions then rely on using the chain rule and product rule and increase in difficulty.

Worked solutions are included for ease with marking or to give students to review their own work.

Black and White version also included

College Board Unit 3.4 Differentiating Inverse Trigonometric Functions

You may also like:

Differentiation from first principles

Derivatives of powers of x Scavenger Hunt

Calculus Gradient Match card sort

Calculus - Exploring graphs

Calculus - Differentiation using the chain rule Scavenger Hunt

Calculus - Optimization using differentiation

Scavenger Hunt - Differentiating logarithms and exponentials

Calculus - Contextual applications of differentiation - motion in a straight line

Calculus - Contextual applications of integration - motion in a straight line

Calculus - Differentiation - The Product and Quotient Rules

Calculus - Contextual Applications of Differentiation: straight line motion connecting position, velocity and acceleration.

9 questions of increasing difficulty using differentiation to find velocity and acceleration. Also finding maximum/minimum velocities and where a particle changes direction.

Worked solutions are included

This calculus lesson introducing integration with the power rule

• A lesson practising introducing integration as a reverse of differentiation.
• PowerPoint encourages students to devise the general rule for powers
• 36 questions of increasing difficulty
• Simplification of rational expressions required in later questions.
• Worked solutions are included
• Black and white and color versions included

LICENSING TERMS: This purchase includes a license for one teacher only for personal use in their classroom. Licenses are non-transferable, meaning they cannot be passed from one teacher to another. No part of this resource is to be shared with colleagues or used by an entire grade level, school, or district without purchasing the proper number of licenses.

COPYRIGHT TERMS: This resource may not be uploaded to the internet in any form, including classroom/personal websites or network drives, unless the site is password protected and can only be accessed by students.

This lesson on an application of integration where students are required to find the equation of the function, given its derivative. (Power rule only)

• A lesson using integration to find the equation of a curve when you are given the gradient and an initial value
• A single PowerPoint slide with a worked example
• 17 questions of increasing difficulty
• Worked solutions are included
• Black and white and color versions included

LICENSING TERMS: This purchase includes a license for one teacher only for personal use in their classroom. Licenses are non-transferable, meaning they cannot be passed from one teacher to another. No part of this resource is to be shared with colleagues or used by an entire grade level, school, or district without purchasing the proper number of licenses.

COPYRIGHT TERMS: This resource may not be uploaded to the internet in any form, including classroom/personal websites or network drives, unless the site is password protected and can only be accessed by students.

Calculus worksheet with QR code to a video explanation. Worked solutions are included.

This uses finding derivatives of functions to find maximum and minimum points in the context of practical problems.

For example, a manufacturer wants a cardboard box to have volume of 500 cm^3 but wants to minimise the amount of cardboard used.

PowerPoint with an example

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Differentiation from first principles

Calculus - Derivative Treasure Hunt (Scavenger Hunt)

Calculus Gradient Match - Card sort activity

Calculus - Differentiating using the chain rule Treasure Hunt (Scavenger Hunt)

Calculus - Algebra - Differentiation - Exploring Graphs

Calculus worksheet on differentiating using the product rule and the quotient rules. Follows on from the chain rule and only looks at expressions involving exponents. I always teach this before I move on to differentiating trigonometric functions, logs and exponentials so I can include more complex expressions.

There are 20 questions which are quite meaty which could be split over two lessons, one for product and one for quotient. There are questions on finding equations of normals and tangents at the end.

A black and white version is included

Worked solutions are included plus a QR code for a video on the Chimp-a-roo Maths You Tube Channel. The video derives the rules from first principles and has an example of each.

You may also like

Differentiation from first principles

Derivatives of powers of x Scavenger Hunt

Calculus Gradient Match card sort

Calculus - Exploring graphs

Calculus - Differentiation using the chain rule Scavenger Hunt

Calculus - Optimization using differentiation

Scavenger Hunt - Differentiating logarithms and exponentials

Calculus - Contextual applications of differentiation - motion in a straight line

Calculus - Contextual applications of integration - motion in a straight line

Applying integration to the motion of a particle in a straight line.

Worked solutions are included.

This follows on from

Contextual Applications of differentiation - motion in a straight line