A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.03 M. The mixture turns from colorless to dark blue-black after 24.7 seconds. Calculate the rate of this reaction if the final iodide concentration is 0.013 M.

$4. A reaction mixture initially containing vitamin $ \mathrm{C} $ at $ 0.0112 \mathrm{M}, \mathrm{H}_{2} \mathrm{O}_{2} $$

Question

A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.03 M. The mixture turns from colorless to dark blue-black after 24.7 seconds. Calculate the rate of this reaction if the final iodide concentration is 0.013 M.

$4. A reaction mixture initially containing vitamin $ \mathrm{C} $ at $ 0.0112 \mathrm{M}, \mathrm{H}_{2} \mathrm{O}_{2} $$

4. A reaction mixture initially containing vitamin $ \mathrm{C} $ at $ 0.0112 \mathrm{M}, \mathrm{H}_{2} \mathrm{O}_{2} $ at $ 0.14 \mathrm{M} $, and iodide ion at $ 0.03 \mathrm{M} $. The mixture tums from colorless to dark blue-black after $ 24.7 $ seconds. Calculate the rate of this reaction if the final iodide concentration is $ 0.013 \mathrm{M} $.

Accepted Answer

Expert Answer to - A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.0

Answer

Solution for - A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.0

Answer

This an additional answer to - A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.0

(Solved): A reaction mixture initially containing vitamin C at 0.0112 M, H202 at 0.14 M, and iodide ion at 0.0 ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe