1 mK = 10-3 K [milli K !! ) or if it is mega then 1 K = 10 -6 megaK
1K = 106 μK
SO 1 mK = 103 μK
SO 554 mK = 554 * 10-3 K = 0.554 K
and 554 mK = 554 * 103 μK
K actually equals Kilometers (Kelvins is a measure of
temperature)
554 mK/s is the same as saying 554 milli-kilometers/second (which
is not really a standard velocity unit)
However in K/s (or kilometers per second)....is would be 0.554
K/s
convert 554 mK/s to K/s and to microK/ms?
2. Convert the value to the specified unit (you must show all work for credit). a. 1245 kg to mg 1249 kg x 1000000 = 1 kg = 1000000 = 1 mg 124G000000 mg 2000000 ang mund o b. 122.355 s to ks 122.355 x (1 ks/1000 s) = 0,122355 KS C. 544 m/s to uK/ms 554 3. Convert 15.0L to m3
799 mK/S = _____microK/ms
773 mK/s = _______ K/s
454 mK/s = _______ K/s?
The activation energy for the gas phase isomerization of vinyl allyl ether is 128 kJ. CH2CH-O-CH2CH=CH2CH2CHCH2CH2CHO The rate constant at 465 K is 7.96×10-4 /s. The rate constant will be 1.12×10-2 /s at _________ K. The activation energy for the gas phase decomposition of t-butyl bromide is 170 kJ. (CH3)3CBr(CH3)2C=CH2 + HBr The rate constant at 520 K is 1.66×10-4 /s. The rate constant will be /s at 554 K. For the gas phase decomposition of cyclobutane, the rate constant...
mk-()s (m2'). m+1 [k] be a surjective map. Show that Σ'ıf(j) 2. Let 1 kS m and let f : [m]
mk-()s (m2'). m+1 [k] be a surjective map. Show that Σ'ıf(j) 2. Let 1 kS m and let f : [m]
Just part (a).
Please show all steps and focus especially on units; I`m not
used to seeing ms or whether or not it is best to convert to meters
or millimeters.
• Reflection. A pulse on a string has the dimen- sions shown in Fig. E15.30 at t= 0. The wave speed is 40 cm/s. 4.0 mm (a) If point 0 is a fixed end, draw the total wave on the string 15.30 wave Figure E15.30 4.0 mm 4.0 mm...
What is the power output in kgm/min for a 70 kg person and a 55 kg person both walking at 4.5 miles/hr at 12% grade? Be sure to convert mph to m/min, and don’t forget to express % grade as a decimal.
1. Convert 72 °F into both Celsius and Kelvin. 2. A copper bar is 1.5 m long. What is the change in length if its temperature changed by 180 Fº? For copper a = 17 x 106 K?. 3. A wall 5.0m by 2.5m and 10 cm thick has a thermal conductivity of k=1.3W/(mK) has temperatures of 22°C on one side and 64°C on the other side. How much heat flows through it in one minute?