Pupil outcome: I can factorise multiples of 10^n in order to simplify multiplication and division of both integers and decimals. Key learning points: - Factorising multiples of 10 can scale the calculation to easier values. - It is...

Pupil outcome: I can appreciate the mathematical structures that underpin addition of numbers represented in standard form. Key learning points: - When adding numbers represented in standard form, place value is an important...

Pupil outcome: I can compare and order numbers written in a mixture of standard, non-standard and not quite standard form. Key learning points: - It can be easier to compare numbers if they are all in standard form. - If all numbers are...

Pupil outcome: I can estimate a value by truncating to a given degree of accuracy. Key learning points: - When estimating ages, it is convention to use truncation. - Truncation can be used to estimate any integer to a given accuracy. -...

Pupil outcome: I can appreciate the mathematical structures that underpin subtraction of numbers represented in standard form. Key learning points: - When subtracting numbers represented in standard form, place value is an important...

This video details the rise of Robert the Bruce, from his early alliances with England to his eventual crowning as King of Scotland in 1306. Despite facing numerous setbacks, including defeats at the hands of the English, Robert...

Have you ever seen a little number to the upper right of another number? Hooray, it's time to learn about exponents and powers! There's a pretty cool pattern when it comes to multiplying and dividing by numbers with exponents, and it...

Scientific notation allows us to more easily express very large or very small numbers encountered in engineering and science. Using exponents, we can convert standard decimal numbers into scientific notation and vice versa.

Scientific notation allows us to more easily express very large or very small numbers encountered in engineering and science. Using exponents, we can convert standard decimal numbers into scientific notation and vice versa.

Prof. Sanjeev Goyal explains his general theory of network formation based on individual incentives, and their economic implications<br/>

In this video, a teacher discusses how to use the distance formula to determine if points are collinear, recognize different types of triangles, including right-angled triangles, and determine if given coordinates form a square. The...

Factors & Multiples | Number | Maths | FuseSchool In this video we are going to look at factors and multiples. Multiples are the timestables of a number. What we get by multiplying that number. The multiples of 3 are 3, 6, 9, 12, 15, and...

This video explains the concept of orders of magnitude and how it can help in expressing very small and very large numbers conveniently in chemistry calculations. The video covers the use of decimal prefixes for small and large numbers...

In this video I work through 16 different examples of evaluating a logarithm with a base of 2 and 3. We will evaluate logarithms that have an argument of integers and fractions.

What is superstition, and what is the psychological basis behind it? What drives belief in the supernatural, and is there any evolutionary basis for it? Are we merely driven to detect patterns in chaos, or is there something more to it?...

👉 Learn how to divide numbers written in scientific notations. Scientific notation is a convenient way of writing very large or very small numbers. A number written in scientific notation is of the form a * 10^n where a is the first...

This video is a lecture presentation on the use of orders of magnitude in biology. The presenter explains how to express very small numbers and very large numbers conveniently, making it easier to use those numbers in calculations. The...

The video is a lecture presentation on the use of orders of magnitude in physics. It defines orders of magnitude as comparing numbers or values in terms of powers of 10 and explains how to use decimal prefixes for expressing very small...

Numbers in scientific notation are written as a number between 1 and 10 multiplied by a power of 10. Learn what scientific notation is and practice writing numbers using scientific notation.