Accuracy % = ((keystrokes - errors) / keystrokes) * 100
Example:
500 keystrokes - 25 errors = 475 accurate keystrokes
95% = ((500 - 25) / 500) * 100 = (475 / 500) * 100) = .95 * 100
Check:
500 keystrokes - 25 errors = 475 accurate keystrokes
500 keystrokes * 95% accuracy = 500 * .95 = 475 accurate keystrokes
475=475=true!
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Original Poster's Method:
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number of mistakes divided by the number of keystrokes
multiply by 100
subtract from 100
You can't just figure out a percentage of a single number, the number needs to be relative to something. For example, the number 6 is 6% of 100, but it's 600% of 1. So, if you have the relative number, you calculate percentage like this: % = (Np/Nr)X100 Where Np is the number that you're trying to find the percentage of in relation to Nr. So, using one of my examples from above, Np = 6 and Nr = 100, you get, through simple substitution, % = (6/100)X100 = 600/100 = 6
1*9+2*90+3*1=192
To calculate what percentage 29 is out of 45, you would divide 29 by 45 to get 0.6444. This decimal can then be converted to a percentage by multiplying by 100, resulting in 64.44%. Therefore, 29 is approximately 64.44% of 45.
From degree of accuracy we mean how far we can measure a quantity,without any error.
Basically to figure out the percentage of an original price you can either do the following:1) Find out the percentage of the amount you want off then take it away:For example if you wanted 40% of a £30 shirt, you would times the amount by 0.n (n is the percentage). Therefore £30 x £0.40 which is £12.Afterwards you then deduct this from the original amount of £30. So 40% off a £30 shirt the sale price would be £18.2) You could also take away first before multiplying:100% - 40% = 60%£30 x 0.6 = £18NOTE: If you wanted 5% off then you would need to times by 0.05!
To find percentage accuracy: (x-y)/x Where x > y This will show as a % how far y is from x.
A good or average key punch speed is 10,000 KPH (Keystrokes per Hour). The desired rate of accuracy is 99%.
percentage error is the difference from the actual value divided by actual value in 100,whereas subtracting the same value from one give u the percentage accuracy
2000
50
64.237%. If you are planning to challenge the accuracy of that figure, I'm going to ask you to prove to three decimal places the accuracy of any account of Caesar's death, including the one in Plutarch.
In Data Entry, KPH would mean keystrokes per hour, with 'Net' referring to the overall keystrokes minus errors. Just like a paycheck represents a 'net' income minus deductions, Net KPH reduces your overall accuracy rate per hour.
In Data Entry, KPH would mean keystrokes per hour, with 'Net' referring to the overall keystrokes minus errors. Just like a paycheck represents a 'net' income minus deductions, Net KPH reduces your overall accuracy rate per hour.
100,000
Do you have to hit a key to space? Yes, they are keystrokes.
A as a percentage of B: (100 x A)/B
"ctl"+ "shift" + "+" will give you a superscript