How do you calculate reading speed?
450497
You read for one minute. Then you count the number of words you just read. The answer is your words per minute.  Depending on your ability level, how hard a reading passage will vary. I think in reading tests, a typical word might be as difficult as the words I have typed here.
499942
Click "View"\nclick "text size"\nchoose \ndecrease (Ctrl +-)\nIncrease (Ctrl ++)\nNormal   (Ctrl +0)\nGoodluck ^_^
125907
Here are a few websites offering the tips for the same.\n\nhttp://www.youmeworks.com/speedyreading.html\nhttp://www.developingteachers.com/tips/pasttips22.htm\nhttp://web.nps.navy.mil/~menissen/mn3309/readguid.htm\n\nAll the best.
685470
the speed = distance/time
288780
From the following link, look for "Chapt22, Problem-24".\n\nThis problem is similar, except the speed is 10% instead of 11%. I'm sure you can use the same formulae though.\n\nhttp://www.jca.umbc.edu/~george/html/courses/phys112/2004fall/homework/04fall_phys112_hk8.pdf
753959
Right click on my computer and select properties. In the properties, you will have information of how many Ghz or Mhz your clock speed is.
810450
1.\nConvert 80 mph to feet per second:  80 * 5280 / 3600 = 117.333\n\na = (Vf - Vo) / t  = (117.333 - 0) / 6 = 19.556 ft /sec^2\n\n2.  \n\nConvert 70 mph to feet per second: 70 * 5280 / 3600 = 102.667\n\nVf^2 = V0^2 - 2*a*d\n\n0 = 102.667^2 - 2*a*157\n\n10540.44 = 314 a\n\na = 33.57 ft / sec^2\n\n\n3.  a = (Vf - Vo) / t = 80 / 5 = 16 ft/sec^2\n\nV = 80 - 16t\n\nIntegrate that equation from 0 to 5\n\n80t - 8t^2 = 80 * 5 - 8*25 = 200 ft
200117
distance= rate*time\ntime= distance/rate
789953
Measure the speed of sound by help of an echo, a stopwatch and a tape-measure. (depending on temperature it is about 430 m/s.\nRepeat your measurements at least 10x and have the average.\nGood luck\n\nTh
590711
The speed of sound v in dry air at temperature T (in celsius) is given by:\n\nv = (331.4 + 0.6 T) m/s\n\nSpeed of sound depends on various factors, such as, temperature, humidity, density, etc. of the medium in which it travels.\n\nThe following links provide the speed of sound calculators and related links:
53978
There are progams like "Eye Q" that can make you a faster reader.  But the best thing for you to do is read, read and read some more.
49259
c = yf\n\nc = speed of light (3 x 10^8 m/s)\ny = wavelength\nf = frequency\n\n==> f = c/y\n\n==> f = 3 x 10^8 m/s / 0.032 m \n\nf = 9.38 x 10^9 Hz\n\n-or-\n\nf = 9.38 GHz\n\n:)
721172
A) Speed is distance divided by time, as in kilometers per second or km/s, which can also be expressed as km*s^-1 (kilometers times seconds to the minus one power). The incorrect notation km/s-1 appears to be a mixed up combination of these two ways of expressing speed.\nB) Light speed is 300,000 km/s, so 9,000 is 3% of that.\nC) A Parsec is 30,856,802,500,000 km and a year is 365*24*60*20 = 31,536,000 seconds. Doing the math gives 0.000009198 parsecs per year.\nD) A megaparsec is a million parsecs so 0.000009198 * 4 billion / a million = 0.036792 Mpc/year
1163379
View it through a magnifying glass- thats quickest
345286
The speed of sound v in dry air at temperature T (in celsius) is given by:\n\nv = (331.4 + 0.6 T) m/s\n\nSpeed of sound depends on various factors, such as, temperature, humidity, density, etc. of the medium in which it travels.\n \nThe following links provide the speed of sound calculators and related links:
705198
One picosecond is 10^(-12) of a second or 0.000000000001 seconds.\n\nTo find out how many picoseconds in one second, we simply do the following calculation:\n\n1 / 0.000000000001 = 10^12 = 1000000000000\n\nIn other words, there are 10^12 picoseconds in one second.
697157
False.  m/s (meters per second?) is not a measure of rotary speed.  Until you get that straightened out, no answer can be calculated for a) or b)\n\nBefore posting a ?, do a search here.  This same ? came up yesterday.........!