1 inch = 25.4 mm
31.3 mm = 31.3 /25.4 inch
To calculate the molar heat of vaporization, we can use the Clausius-Clapeyron equation: ΔHvap = -R * T * ln(P2/P1) Where: ΔHvap = molar heat of vaporization R = gas constant (8.314 J/mol*K) T = temperature difference in Kelvin (40°C + 273 - 0°C = 313 K) P1 = vapor pressure at lower temperature (134 mmHg) P2 = vapor pressure at higher temperature (760 mmHg, since boiling point is at atmospheric pressure) Plugging in the values, we have: ΔHvap = -8.314 * 313 * ln(760/134) = -8.314 * 313 * ln(5.67) ≈ -37.4 kJ/mol Therefore, the molar heat of vaporization of dichloromethane is approximately 37.4 kJ/mol.
To find the final temperature of CO2 gas at 20 bar pressure, you can use the ideal gas law formula: ( P_1/T_1 = P_2/T_2 ), where ( P_1 = 35 ) bar, ( T_1 = 313 ) K, and ( P_2 = 20 ) bar. Rearrange the formula to solve for the final temperature ( T_2 ) by substituting the values of pressure and temperature.
39000 sq. ft = 0.901442 acres.
The address of the Sun Prairie Historical Society Inc is: Po Box 313, Sun Prairie, WI 53590
The planet with the shortest revolution period of approximately 11 years and 313 days is Neptune. This is because it is the eighth planet from the Sun and orbits at a much greater distance compared to the inner planets, resulting in a longer orbital period due to Kepler's laws of planetary motion. Neptune's eccentric orbit and gravitational interactions also contribute to its specific revolution time, marking it as one of the slowest orbiting planets in our solar system.
There are: 313/12 times 137/12 = 297.785 square feet rounded to three decimal places
about 1.15
It is: 334 -313 = 21
x x 313 = (x)(313) = 313x
258 * 313 = 80,754
926 + 313 = 1239
12.3 inches or 313 mm
313/1000 inches.
To convert 313 cents to dollars, you divide by 100 since there are 100 cents in a dollar. Therefore, 313 cents is equal to $3.13.
795.02 cm.
(313 hours) / (24 hours/day) = 13.04167 days (rounded) = 13days 1hour
313kg = 690.05 pounds.