Answer:
35meV
Explanation:
To find the average translational kinetic energy you use the followinf formula:
K_B: Boltzman' constant = 1.38*10^-23 J/K
T: standard temperature = 273.15K
By replacing these values you obtain:
in eV you have:
5.65*10^-12(6.242*10^18eV)=0.035eV=35meV
Hence, the average translational energy is 35meV
YES IT IS if you add a zero to <span>Zeroes placed between other digits are always </span>significant; 4009 kg has foursignificant<span> digits. Zeroes placed after other digits but behind a decimal point are</span>significant<span>; 7.90 has three </span>significant<span> digits. Zeroes at the </span>end of a number<span> are</span>significant<span> only if they are behind a decimal point as in (c).</span>
80 because if you add 50 +30 =80 so yea that why I pick 80
Answer:
Explanation:
The detailed analysis and step by step calculation is as shown in the attached file.
b) The second question says what would be the work output if the turbine was assumed adiabatic.