Explanation:
6 Step to Fix a Fuse in a Fuse Box
Turn off all the lights and unplug appliances in the part of your home which has lost power. ...
Turn off the main power switch. ...
Next, locate the blown fuse. ...
With the main power still off, unscrew the blown fuse and remove it. ...
Screw the new fuse into the same electrical panel socket.
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Answer:
KClO3 Decomposes to give KCl and O2
2KClO3 → 2KCl +3O2
Molecular weight of KClO3 is 39 +35.3+48 = 122.5 grams
Here 2 moles of KClO3 has taken, Hence molecular weight = 2X122.5 = 245 grams
According to the equation 245g of KClO3 Produces 3 moles of Oxygen
i.e 3X22.4 L = 67.2 L of oxygen is produced
At STP 1 mole equals 22.4 litres
245g of KClO3 → 67.2 L of oxygen
12.25 g of KClO3 → ? oxygen
= 12.25 X 67.2/245
=3.36 L
Volume of Oxygen released = 3.36 L required answer.
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Answers & Comments
Explanation:
6 Step to Fix a Fuse in a Fuse Box
Turn off all the lights and unplug appliances in the part of your home which has lost power. ...
Turn off the main power switch. ...
Next, locate the blown fuse. ...
With the main power still off, unscrew the blown fuse and remove it. ...
Screw the new fuse into the same electrical panel socket.
Hii (ʘᴗʘ✿)
Verified answer
Answer:
KClO3 Decomposes to give KCl and O2
2KClO3 → 2KCl +3O2
Molecular weight of KClO3 is 39 +35.3+48 = 122.5 grams
Here 2 moles of KClO3 has taken, Hence molecular weight = 2X122.5 = 245 grams
According to the equation 245g of KClO3 Produces 3 moles of Oxygen
i.e 3X22.4 L = 67.2 L of oxygen is produced
At STP 1 mole equals 22.4 litres
245g of KClO3 → 67.2 L of oxygen
12.25 g of KClO3 → ? oxygen
= 12.25 X 67.2/245
=3.36 L
Volume of Oxygen released = 3.36 L required answer.
Explanation:
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