
Apply number line to add integers with the same sign by moving right for positives and left for negatives, yielding four for 3+1 and minus six for -2 and -4.
Learn to add integers on a number line by moving right for positives and left for negatives, producing sums like seven and minus six.
Explore adding integers with different signs on a number line, illustrated by -3 + 1 = -2 and 5 + (-4) = 1, noting negatives left of zero and positives right.
Learn how to add integers on a number line by moving left and right from zero, combining negative and positive values to find sums like -3, 3, and zero.
Learn grade 7 math with Appu & Tiger by exploring absolute value as the distance from zero on a number line, denoted by two vertical lines.
Learn how to determine the absolute values of integers by removing the negative sign, with examples like minus eight, plus twelve, and -84.
Master adding integers by recognizing same-sign addition and different-sign subtraction, and determine the result's sign using positive and negative examples.
Learn to add integers by applying sign rules for same and different signs. Demonstrate handling positive and negative integers, and using plus or minus as described in the lecture caption.
Learn how to subtract integers by converting subtraction to addition, using opposite signs, and applying the rules for different and same signs to determine the correct result.
Practice subtracting integers by rewriting subtraction as addition, using opposite signs, and applying the rules for same or different signs to find results.
Subtract integers with the same sign using a number line, illustrated by five minus one equals four and minus six minus minus two equals minus four.
Subtract integers on a number line by referencing zero, moving right for positives and left for negatives, with examples like five minus three equals two.
Apply subtraction of integers with different signs using a number line, converting subtraction to addition when signs match, and follow left/right movements to reach the result.
Subtract integers on a number line by moving left from zero, using the plus rule for same signs, with examples like subtract one from minus five.
Learn how to multiply integers by signs, using same-sign rules for a plus product and different-sign rules for a minus product. See examples like 4×6 and -4×-6 yield 24.
Multiply integers and determine the product’s sign. Learn that same signs give a positive result and opposite signs give a negative result, illustrated by 4×3=12 and -6×-8=48.
Master division of integers by sign rules: same signs yield positive quotient, different signs yield negative quotient, examples like 8 divided by 4 and 8 divided by minus 4.
Divide integers to find quotients, applying sign rules for same and different signs, with examples like 18 divided by 6 equals 3.
Explore the number system and its categories—from natural and whole numbers to integers, rational and irrational numbers, and real numbers—with zero and fractions as examples.
Identify types of numbers by classifying integers, rational numbers, irrational numbers, and real numbers, with examples minus ten, five by three, square root five, minus four, 1.5, and pi.
This course is ideal for seventh graders, parents, and teachers who want to make learning math a joyful and enriching experience. Embark on a fun-filled journey with Appu & Tiger through 9h 32 min of animated videos and engaging practice sessions.
What You'll Learn:
Integers - Animated videos include: Introduction, finding Absolute value, Adding and Subtracting Integers on a Number line, and fundamental operations on Integers - Addition, Subtraction, Multiplication and Division.
Number System - Learn number system through these videos that include: Introduction, and identifying a number in the Number System
Rational Numbers - Fun animated videos include: Introduction, representation on a number line, finding Absolute value, and writing in simplest form.
Terminating and Non-Terminating Decimals - These videos include - Introduction, finding and representing terminating and repeating decimals, approximating and locating non-terminating decimals on a number line.
Algebraic Expressions - Learn all about Expanding and Factorising Algebraic Expressions, and translating Verbal Statements to Expressions.
Algebraic Equations - This includes solving Algebraic Equations, and real world examples.
Algebraic Inequalities - Learn how to solve Algebraic Inequalities along with Real World examples.
Proportions - These videos, beginning with an Introduction include: Direct and Inverse proportion, their identification, and related statement problems.
Angles - In this you will learn : Complementary Angles, Supplementary Angles, Interior, Exterior and Corresponding angles, and solving angle related problems using Algebra.
Bisectors - You will learn bisecting lines and angles in these animated videos.
Construction of Triangles - This includes: constructing triangles given different combinations of sides and angles.
Construction of Quadrilaterals - These videos cover: constructing rectangles, parallelograms and rhombuses.
Scale Drawings - Learn to read scale drawings based on lengths and areas, and related statement problems.
Solids - Learn to find volume and surface area of solids - Cylinders, Pyramids, Cones, Spheres and Composite Solids.
Measures of Variation - Beginning with Statistics and introduction, this fun video helps you learn Range and it's interpretation, Interquartile range, and Mean Absolute Deviation (MAD).
Plots - Learn to plot Stem and Leaf Plot, and identify different parameters using Box Plot.
Sampling and Inferences about Population - This section includes: different types of Random Sampling techniques, inference about Population using Samples, comparison using Box Plots and MAD.
Relative Frequency - These videos include problems on Relative frequency and finding Relative Frequency from a Frequency Histogram.
Probability and Probability Models - These videos on Probability include: Introduction, listing outcomes, solving problems on Probabilities using rule and using Venn Diagram, modeling and graphing Uniform and Non-Uniform Probability Distribution.
Skills Developed:
These activities enhance a child's mathematical thinking, critical thinking, spatial awareness, problem-solving skills, logical reasoning, fine motor skills, cognitive development, and time telling abilities in a fun and engaging way.
Goals of the Course:
Build Confidence in Math: Helping children feel confident and positive about their math skills.
Establish a Foundation for Future Learning: Equipping students with the basics needed for advanced math in later grades.
Encourage Curiosity and Exploration: Inspiring a love for learning and curiosity about math.
Fun and Enjoyable Learning: Making math fun and enjoyable for young children, paving the way for future academic success.
The course is structured to make learning math a fun and enjoyable experience for children, setting them up for success in their future educational endeavors.
Those under 18 may use the services only if a parent or guardian opens their account, handles any enrollments, and manages their account usage. This course is intended for purchase by adults.