Log scales have there scales exponentially written. They are used to provide a detailed line for smaller values when on a normal graph this would be hard to see as they are too small. Most Log Scales use base 10, so this tutorial is for that. If your log scale uses a different base (it will not be segmented by multiples of 10, eg: 0.1, 1.0, 10, 100), just substitute your number in. 1. On the x scale identify where your number lies. Mine lies between 10 and 100. 2. Find the ratio your number is along your section of the log scale. So I measure the distance from 10 to my number and divide it by the distance from 10 to 100. The distance to my number from 10 = 20 mm The distance to 100 from 10 = 100 mm Therefore the ratio = 20/100 = 0.2 3. Find the value of your number by this formula: 10^(ratio) x previous log marker For me this = 10^0.2 x 10 = 1.585 x 10 = 15.85 4. You're done! your answer is 15.85 (x scale units). Another example: your value lies 3/4 of the way between 0.01 and 0.1 =10^0.75 x 0.01 = 5.623 x 0.01 = 0.0056
A log-log scale is a set of axes where each axis is logarithmic in scale.
Many scales such as sound and PH are log scales. The scale used to measure earthquakes is also a log scale. Whenever the data has a very wide range, a log scale might help.
It is called the magnitude scale. It is a log scale.
One axis (usually the vertical axis) is on a log scale, the other is a linear scale.
A readers log is a sheet of paper where you have the title, pages read, and date . You read a book and put what you read under the heading .
To answer a reading log you have to read a book and then you summarise it.
How do you read a medical mechanical scale?
pH is a logarithmic scale; because of the way calculus and maths works, graphing such a scale against a log results in a straight line.
The Doyle Log Scale, developed around 1825, is based on a mathematical formula and is widely used throughout the southern United States. This rule allows for a saw kerf of 5/16 inch (most circular mills). Because of this, the Doyle Rule is somewhat inconsistent; it underestimates small logs and overestimates large logs. To use a Doyle Log Scale measure the diameter of the log (not including the bark) and the length. Then using the Doyle scale you can calculate the board foot content of a log.
where on the vernier caliper would you read to obtain the vernier scale reading
Read what the scale or the key to the scale says.
log 1.630 = 0.2122 I just put 1.63 into a calculator, pressed Log, and read the answer to four significant places.