(a) Calculate the AH,xn for the following reaction (Equation 4): C,H, (g) + O2 (g) + CO, (g) + H,O (g) [unbalanced] (b) Sulfuric acid (H;SO4) reacts very vigorously with water in a highly exothermic...

help please..thank you(a)<br>Calculate the AH,xn for the following reaction (Equation 4):<br>C,H, (g) + O2 (g)<br>+ CO, (g) + H,O (g) [unbalanced]<br>(b)<br>Sulfuric acid (H;SO4) reacts very vigorously with water in a highly exothermic reaction as<br>shown in Equation 5:<br>H20<br>H,SO, (1)<br>H,SO, (aq) + heat<br>In one experiment, you have been asked to dilute 1.00 mol of H,SO4 () (density=1.83 g/mL)<br>with water to produce to 1L of 1.00 M H,SO4 (aq) (density =1.060g/mL). The dilution should<br>be conducted in a calorimeter. If the initial temperature is 23 °C and the specific heat<br>capacity of the final solution is 3.50 J/g.K, determine the final temperature.<br>

Extracted text: (a) Calculate the AH,xn for the following reaction (Equation 4): C,H, (g) + O2 (g) + CO, (g) + H,O (g) [unbalanced] (b) Sulfuric acid (H;SO4) reacts very vigorously with water in a highly exothermic reaction as shown in Equation 5: H20 H,SO, (1) H,SO, (aq) + heat In one experiment, you have been asked to dilute 1.00 mol of H,SO4 () (density=1.83 g/mL) with water to produce to 1L of 1.00 M H,SO4 (aq) (density =1.060g/mL). The dilution should be conducted in a calorimeter. If the initial temperature is 23 °C and the specific heat capacity of the final solution is 3.50 J/g.K, determine the final temperature.

Jun 11, 2022
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