If I remember correctly this is a straight subtraction problem. 189 - 80 = 109 wpm ========
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Studies show humans can hear up to 300 WPM with full comprehension, although most audio books are at about 150-160 WPM.
0 wpm since there is no following paragraph and so zero words in it.
The formula is thirty five (to x power, with x being 2.9034). Take that and then put it in the oven for about ten to thirty 20 minutes. Do NOT turn on the stove. instead, put your head in the mixture... are you sniffing the contents? high on your own supply? good. The next step is to set fire to your entire house. Use gasoline.
13,500 kph
To convert words per minute (wpm) to keystrokes per hour (kph), we multiply by 12. So, for 50 wpm, the calculation is 50 wpm * 12 = 600 kph.
1200
According to the following website: http://www.ehow.com/about_5079380_data-entry-keystrokes.html == == 2. Keystroke speed can be used to determine typing speed by using a formula. It is not 100-percent accurate, but comes pretty close, because keying alphabets usually takes more keystrokes than numbers, to accommodate for longer words, phrases and sentences. Keystrokes are measured per hour and words are measured per minute. The formula for measuring keystrokes per hour is to multiply the number of keystrokes by 30. For example 336 ks x 30 = 10,080 kph. The formula for converting kph to wpm (words per minute) is kph divided by 300. So 10,080 kph is about 33-34 wpm. To convert wpm back to kph, multiply the wpm by 300: 34 wpm x 300 is 10,200 kph.
It depends on whether the data entry is predominantly alphanumeric or numeric. Alphanumeric entry is measured in WPM (words-per-minute) and usually requires a minimum of 60 to 80 WPM however a top-flight secretary can easily exceed 100 WPM. Numeric entry is measured in KPH (keystrokes-per-hour) and usually requires a minimum of around 8,000 to 9,000 KPH. Hardcore data entry requires a minimum of 10,000 KPH while a top-flight number cruncher can easily exceed 12,000 KPH.
If I remember correctly this is a straight subtraction problem. 189 - 80 = 109 wpm ========
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The first step we would take would be to determine the meaning of each abbreviation, whereupon we would be positioned to set about formulating a solution strategy. For wpm (words per minute) the word is taken as 5 keystrokes. Thus to convert to cph (characters per hour) multiply by 300 (x5 to convert wpm to cpm (characters per minute) and then x60 as there are 60 minutes in an hour). kph (keystrokes per hour) is usually used for data entry using a keypad.
The minimum is 25 wpm.
according to US weekly, and Scooter :) he can type 120 wpm
Oh, dude, converting words per minute to keystrokes per minute is a piece of cake! All you gotta do is consider that an average word has about 5 characters, so you multiply wpm by 5 to get kpm. It's like converting apples to oranges, but way less delicious.
20 wpm