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...**log** (**base** 2) 8? The answer should be 3....that is it is the inverse calculation of 2 cubed =8. Can any one help with the **log** calculation? Yes look you can't enter the **base** in calculators it's default ...

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...**log** **base** 3 to 3, and I do **Log** 3*3, and that doesn't work... I tried everything, all I need is someone to tell me how to do this! Look it's simple in the calculator the default **base** is 10 so when you ...

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...**log** x **base** y = **log** x / **log** y **log** (x*y) = **log** x + **log** y **log** (x/y) = **log** x - **log** y you just need to know that the default **base** of **log** in calculators is 10, so **log** x mean **log** x **base** 10 = **log** x / **log** 10, ...

Question about FX-115ES Scientific Calculator

**log** in **base** e). So you cannot compute directly the **log**arithms in any **base**s other than 10 and e. A workaround consists in using the relation **log** in **base** b of a number a (**log**_b (a)) **log**_b(a)= (**log**_10(a)

**log** **base** x problems (other than **log** **base** 10) on the datexx ds 883? Calculate it the same way as on most other calculators, using the relation **log**_b(x) = **log**(x)/**log**(b) = ln(x)/ln(b) In words, calculate

...**log** **base** 10 to **log** **base** 2 To calculate the **log** **base** 2 of a value, calculate its **log** and then divide by the **log** of 2. You can use either the **log** or the ln keys, but be consistent. For example, to ...

...**log** to any **base** B by dividing the **base**-10 **log** by the **log**-**base**-10 of the **base** B. You can also calculate it by dividing the natural **log** by the natural **log** of B. For example, to calculate the **base**-3 **log** ...

...**log** (**base** 10) of the number, then divide the result by the **log** (**base** 10) of the **base**.For example, to calculate the **base**-3 **log** of 9, calculate the **log** of 9 to get 0.954 . Divide that by the **log** of 3 ...

...**base** **log** The 30XIIS only calculates **log**s to **base** e (natural **log**, ln) and **base** 10 (common **log**, **log**). However **log**s to any **base** can be calculated indirectly. To calculate **log** **base** b of x, calculate ...

**log** to **base** 4 of x That depends on the make and model of the calculator. A few calculators have a **log****BASE** or similar function which takes an arbitrary **base**. Most only have **log**s to **base** e (ln) and **base**

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