according to phase diagram of ti-al we can see when aluminium content of ti sample is 0% and ti is pure on 900 centigrade transformation of alpha to beta will be accrued so answer to this question for pure commercially ti is beta.
davoud bovand
email : davood_bovand@Yahoo.com
master of scince of material selection
say shell velocity = 1000 m/s , launch angle = 45 deg from horizontal , then horizontal component = cos 45 * 1000 = 0.707 *1000 = 707 m/s
The state located at longitude 157.5 deg W and 21.2 deg N is Hawaii.
86 deg F = 30 deg C So the temperature has changed from -18 deg C to 30 deg C, an increase of 48 deg. Conversely, -18 deg C = -0.4 deg F So the temperature has changed from -0.4 deg F to 86 deg F, an increase of 86.4 deg.
425 deg F = 491.48 deg C Not so! 425 deg F = 218.33 deg C
specific heat of ice = 2.09 J/g/degree2.09 J/g/deg x 800 g x 5 deg = 8360 J = 8.4 kJ∆Hfusion = 334 J/g0.8kg x 334 J/g x 1000 g/kg x 1 kJ/1000 J = 267 kJ8.4 kJ + 267 kJ = 275.4 kJ
1000 deg Celsius = 1273.15 deg Kelvin
yesGold does melt. At about 1000 deg C or 2000 deg F.
At an altitude of 1000 metres, pure water will boil at approx 96.5 deg C
1000*sin(3 deg) = 52.3 mm.
say shell velocity = 1000 m/s , launch angle = 45 deg from horizontal , then horizontal component = cos 45 * 1000 = 0.707 *1000 = 707 m/s
To find a positive coterminal angle to -32 degrees that is between 500 degrees and 1000 degrees, we can add 360 degrees repeatedly until we reach the desired range. Starting with -32 degrees, we add 360 degrees twice: -32 + 720 = 688 degrees. Thus, 688 degrees is a positive coterminal angle to -32 degrees that falls within the range of 500 to 1000 degrees.
68, because it appears more than any other number.
250 deg C = 482 deg F.250 deg C = 482 deg F.250 deg C = 482 deg F.250 deg C = 482 deg F.
110 deg C = 230 deg F.110 deg C = 230 deg F.110 deg C = 230 deg F.110 deg C = 230 deg F.
70.7 deg F = 20.5 deg C70.7 deg F = 20.5 deg C70.7 deg F = 20.5 deg C70.7 deg F = 20.5 deg C
10 - deg 20 - dau deg 30 - tri deg 40 - pedwar deg 50 - pump deg 60 - chewch deg 70 - saith deg 80 - wyth deg 90 - naw deg 100 - cant
At 4 deg C and at a pressure of 760 mm of mercury, when water is at its highest density, 1000 grams of water will occupy 1000.028 mL. At all other temperatures (pressure = one atmosphere), it will occupy a greater volume. At 100 deg C it will occupy 1043 mL. However, most people will say 1000 grams of water equals 1000 mL.