Introduction to Exponents and Logarithms
... The number in subscript is called a base. When there is no base, you assume that the base is 10. For instance, the example above might have been written log 100 = 2. Sometimes, bases may be numbers other than 10. Here is another example: ...
... The number in subscript is called a base. When there is no base, you assume that the base is 10. For instance, the example above might have been written log 100 = 2. Sometimes, bases may be numbers other than 10. Here is another example: ...
Consecutive Decades 35 x 45
... 4. 75% of 48 = 50% of _____ 5. 14% of 27 = 21% of _____ 6. 26% of 39 = 78% of _____ ...
... 4. 75% of 48 = 50% of _____ 5. 14% of 27 = 21% of _____ 6. 26% of 39 = 78% of _____ ...
Inequalities (65.1 KB)
... Inequalities (i.e., expressions involving the signs > (”is greater than”) or < (”is less than”) are readily visualised geometrically on the real number line (e.g., 4 > 3, 1 12 < 2). The aspects featured in the following two examples are important. ...
... Inequalities (i.e., expressions involving the signs > (”is greater than”) or < (”is less than”) are readily visualised geometrically on the real number line (e.g., 4 > 3, 1 12 < 2). The aspects featured in the following two examples are important. ...
