1 Algebra - Partial Fractions
... is a sequence of 100 numbers, the k th term being obtained by squaring k and adding 1. The term k 2 + 1 is known as the general term. Definition 2.3 A series is the sum of the terms in a sequence. Example 2.4 The series corresponding to the example above is 2 + 5 + 10 + 17 + 26 + ... + (k 2 + 1) + . ...
... is a sequence of 100 numbers, the k th term being obtained by squaring k and adding 1. The term k 2 + 1 is known as the general term. Definition 2.3 A series is the sum of the terms in a sequence. Example 2.4 The series corresponding to the example above is 2 + 5 + 10 + 17 + 26 + ... + (k 2 + 1) + . ...
Base unit
... Freezing point of water – 0 oC Boiling point of water – 100 oC the Kelvin (K) scale was devised by William Thomson and is the SI base unit of temperature On the Kelvin scale water freezes at 273 K and boils at 373 K ...
... Freezing point of water – 0 oC Boiling point of water – 100 oC the Kelvin (K) scale was devised by William Thomson and is the SI base unit of temperature On the Kelvin scale water freezes at 273 K and boils at 373 K ...
Unit 2 - rumsonviedteam
... Lesson 2-5: Statistical Landmarks Minimum: lowest number Maximum: highest number Range: highest number minus the lowest Mode: the number that occurs most often. there can be one mode, more than one or none Median: the middle number when all the numbers are arranged in numerical order. Mean: the ave ...
... Lesson 2-5: Statistical Landmarks Minimum: lowest number Maximum: highest number Range: highest number minus the lowest Mode: the number that occurs most often. there can be one mode, more than one or none Median: the middle number when all the numbers are arranged in numerical order. Mean: the ave ...
Chapter 1 – Exponents and Measurement Exponents – A shorthand
... From ordinary notation to scientific notation: - Move the decimal until the number is between 1 and 10. - How many times did you move the decimal? 2345 → 2.345 x 103 From scientific notation to ordinary notation: - Move the decimal over the number of times represented by the exponent. 5.43 x 105 → 5 ...
... From ordinary notation to scientific notation: - Move the decimal until the number is between 1 and 10. - How many times did you move the decimal? 2345 → 2.345 x 103 From scientific notation to ordinary notation: - Move the decimal over the number of times represented by the exponent. 5.43 x 105 → 5 ...
