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Let a = average word length in the language given Let w = words per minute Let k = keystrokes per hour Then: k = 60 * a * w Given that the average word length in written English is 5.1 letters, we can say: k = 60 * 5.1 * w k = 306w Inversely then, we can also say: w = k / 306
1.5 hours.
$13.00/hr.
(number of miles covered) divided by (number of hours for the trip)
Without vacation and sick days, a 40 hour a week job would average 2080 hours a year.
6000 keystrokes per hour (kph) = 6000/60 keystrokes per minute or 100 keystrokes per minute.The average word length in the English language is 5.1 letters. Add one space after each word, which makes it 6.1 keystrokes per word.That gives 100/6.1 = 16.4 words per minute (wpm), without allowing any keystrokes for punctuation.6000 keystrokes per hour (kph) = 6000/60 keystrokes per minute or 100 keystrokes per minute.The average word length in the English language is 5.1 letters. Add one space after each word, which makes it 6.1 keystrokes per word.That gives 100/6.1 = 16.4 words per minute (wpm), without allowing any keystrokes for punctuation.6000 keystrokes per hour (kph) = 6000/60 keystrokes per minute or 100 keystrokes per minute.The average word length in the English language is 5.1 letters. Add one space after each word, which makes it 6.1 keystrokes per word.That gives 100/6.1 = 16.4 words per minute (wpm), without allowing any keystrokes for punctuation.6000 keystrokes per hour (kph) = 6000/60 keystrokes per minute or 100 keystrokes per minute.The average word length in the English language is 5.1 letters. Add one space after each word, which makes it 6.1 keystrokes per word.That gives 100/6.1 = 16.4 words per minute (wpm), without allowing any keystrokes for punctuation.
A good or average key punch speed is 10,000 KPH (Keystrokes per Hour). The desired rate of accuracy is 99%.
About 97.
Let a = average word length in the language given Let w = words per minute Let k = keystrokes per hour Then: k = 60 * a * w Given that the average word length in written English is 5.1 letters, we can say: k = 60 * 5.1 * w k = 306w Inversely then, we can also say: w = k / 306
The answer depends on the average number of letters in a word. In the English language, it is close to four and, in order to keep calculations simple, let us assume that it is four. That is equivalent to six key strokes (5 letters plus a space) per word. The answer also depends on the number of punctuation characters required and depends very highly on the style and context. However, ignoring these, 10500 keystrokes per hour = 10500/6 words per hour = 10500/(6*60) words per minute = 29.166... wpm.
45
Strokes per hour refer to keystrokes. Usually typing is referred to as words per minute and strokes per hour are for a 10 key.
1.5 hours.
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.
$13.00/hr.
The average is 923 per hour.