To convert a number to its percent value, multiply it by 100. So, 8.2 x 100 = 820%
You can convert pH to Percent dissociated easily using the Ka value. You can calculate the [H+] from the pH value, the [A-] from stoichiometry, and the [HA] from all of the above. It is easy to find the percent dissociation from here.
You don't need to convert. The scales are the same. It's a measure of change, rather than an absolute temperature, so it's the same thing.
Any percent value can be converted into a decimal by dividing the percent by 100. In the given instance, 11.90 percent = 0.1190.
To convert a number to its percent value, multiply it by 100. So, 1.6 x 100 = 160%
Convert the equation to the standard slope intercept form of y = mx + c, where the value of m is the slope. -5x + 3y = 3 3y = 5x + 3 y = 5/3x + 1 Then the slope is 5/3.
To obtain the percent value for an angle (in slopes and inclines), calculate the tangent of that angle in degrees, then multiply the figure by 100.
Where an equation is presented in this form then convert it to the standard slope intercept format of y = mx + c. The value of m is the slope. 3x - 7y = 14 7y = 3x - 14 y = 3/7x - 2 The slope is therefore 3/7.
The slope is[ (y-value of 'b') - (y-value of 'a') ] / [ (x-value of 'b') - (x-value of 'a') ]
What does it mean if a slope is numerically a higher value than another slope
Sum all the data values together: this is the whole. To convert each data value into a percentage, divide it by the whole and multiply by 100. To convert the percentage into an angular measure in degrees, multiply the percentage by 3.6
Your Y value divided by your X value.