Answer is: t<span>he reaction rate would decrease.
</span><span>The lower is the temperature, the slower the reaction becomes.
</span>The Haber process is <span>procedure for the production of </span>ammonia, in this process <span>atmospheric </span>nitrogen<span> (N</span>₂) is converted to ammonia (NH₃<span>):
</span>N₂ + 3H₂ ⇄ 2NH₃ ΔrH = -92 kJ/mol.
Because this is exothermic reaction (enthalpy is less than zero), a<span>t lower temperatures, the equilibrium is in favor of ammonia, but the reaction doesn't proceed at a detectable rate.</span>
Answer:
11.29Kj
Explanation:
1. find moles of 33.8g of water
Molar mass of H2O: 18.02g/Mol
33.8/18.02= 1.88mols
2. find energy
1.88 x 6.02= 11.29Kj
<span>The attraction between the shared electrons
and the nuclei that holds the molecules together in the second energy level of
phosphorus atom is a covalent bond. Electrons are kept in the orbit around the
nucleus by the electromagnetic force and the protons in the nucleus are held in
place by the strong nuclear force, which overcomes the electromagnetic
repulsion.</span>
Answer:
Oxygen. Oxygen is the most abundant element contained within living organisms, composing about 65% of the human body.
Explanation: