The heat of combustion of substance X (molar mass 260 g/mol) is -3196 kJ/mol. How much heat is released in the combustion of 8 g of X?
Include the correct sign for heat of combustion with your answer and enter to 2 decimal places.
The heat of combustion of substance X (molar mass 260 g/mol) is -3196 kJ/mol. How much...
If the heat of combustion for a specific compound is - 1200.0 kJ/mol and its molar mass is 29.71 g/mol, how many grams of this compound must you burn to release 891.80 kJ of heat? mass: _______ g
If the heat of combustion for a specific compound is -1170.0 kJ/mol and its molar mass is 40.87 g/mol, how many grams of this compound must you burn to release 568.30 kJ of heat? mass: _______
4 Question 10 How much heat in kJ is produced by the combustion of 155 g of ethanol (CHO)? CH,O(g) + 302(8) 2002(8) + 3H2O(g): AHørxn--1366.8 kJ/mol The molar mass of ethanol is 46.07 g/mol 4.60 x 10 3.12 x105 2. 11854x105 8.82 4 pts
If the heat of combustion for a specific compound is -1350.0 kJ / mol and its molar mass is 61.81 g / mol, how many grams of this compound must you burn to release 635,10 kJ of heat?
If the heat if combustion for a specific compound is -1110.0 kJ/mol and its molar mass is 28.59 g/mol, how many grams of this compound must you burn to release 722.00 kJ of heat
1) The heat of combustion for n−heptane, C7H16, is 4,817 kJ/mol. How much heat is released if 350 kg of this liquid burns completely? 2) The heat of combustion for ethane, C2H6, is 47.8 kJ/g. How much heat is produced if 7.0 moles of ethane undergo complete combustion?
8) If the heat of combustion for a specific compound is -1140.0 kJ/mol and its molar mass is 33.43 g/mol, how many grams of this compound must you burn to release 959.10 kJ of heat?
1. A substance has a molar heat of solution of - 1000 kJ/mol. What is correct if 0.5 mol of this substance is dissolved in water? There might be more than one correct answer? A. If only considering the heat exchange within the solution, the resulted solution will have a higher temperature. B. 1000 kJ of heat will be absorbed by the solvent. C. 500 kJ of heat will be absorbed by the substance D. 500 kJ of heat will...
The experimentally determined heat of combustion of ethanol is 1233 kJ/mol. Calculate the heat of combustion of ethanol in kJ/g. Molar mass of ethanol C2H5OH = 46 g/mol C2H5OH(g) + 3 O2(g) → 2 CO2 (g) + 3 H2O(l) LaTeX: \DeltaΔH = -1233 kJ/mol
Consider the following data for an unknown substance X: AHvap = 21.00 kJ/mol Specific heat capacity of liquid = 2.40 J/g. °C Boiling point = 70.0°C Molar mass=92.00 g/mol When the temperature of 1.000 mole of X(g) is lowered from 94.0°C to form X(1) at 46.0°C, 29.97 kJ of heat is released. Calculate the specific heat capacity of X(9). Specific heat capacity = J/g. °C Submit Answer Try Another Version 5 item attempts remaining