(8 x 1,000,000) / 850 = 9411.764705882353 / 60 = 156.8627450980392 / 60 = 2.61437908496732
2.6 Hours
in my own assumption, i think it will last for at least 5hrs or more.
Google Earth download is ~25MB on Mac and ~15Mb on Windows plus possibly 50-100Mb to download the initial imagery.Assuming on average 75MB for application download plus imagery it would take 3 hours on a 56 Kbps connection and 6.29 seconds with 100 Mbps.You can use a download time calculator to compute the estimated download time.
Determine how long the reaction will take. apex
well if you have 56kbps, i took 350kb divided by 56kbps (kilabytes per second) i get about six and a half minutes to download, real world might be interference such as a wall, door ect. or if you have a wireless connection it may depend on your signal strength.
To determine how long it would take to run a windows media player download would depend on your internet connection, dialup would take much longer than DSL or cable.
83.17089sec... 1MB=1024 kB =>5MB=5120KB... and if its at 61.56=>5120/61.56=83.1789s
Area of rectangle: 4 times 10 = 40 square cm
Determine how long the reaction will take. apex
According to the official song storage capacity on Apple.com, an 8 gb iPod Touch can hold 1,750 songs. However, it really depends on the length of your songs, and the kbps your music is set at. If your songs are mostly about 3 minutes, and your songs are at 128kbps, then you should be able to hold about 2700 songs. If your songs are 4 minutes long then you can hold about 2030 songs. 96 kbps, at 3 mins: 3610 songs 128 kbps, at 3 mins: 2700 songs 160 kbps, at 3 mins: 2170 songs 192 kbps, at 3 mins:1810 songs 224 kbps, at 3 mins:1550 songs 256 kbps, at 3 mins:1350 songs 320 kbps, at 3 mins: 1080 songs The higher the kbps, the better the sound quality, but 128 kbps sounds perfect on Ipods.
You can use a ruler to determine how long a object is
To calculate how long it takes to travel 788.34 miles at 65 mph you need this equation: D=rt Where D = distance travelled, r = rate of speed, and t = time elapsed Inserting the known values into the equation gives you this: 788.34 = 65t Divide each side of the equation by 65 to determine your answer (t = the time elapsed) in hours.
it will download for a while