soccerkidsoccer1409 soccerkidsoccer1409
  • 21-09-2018
  • Chemistry
contestada

I2 + Ti+4 ----> Ti + IO3- reducing agent

Respuesta :

AsiaWoerner AsiaWoerner
  • 30-09-2018

In order to identify the reducing agent let us check the oxidation states

I2 + Ti+4 ----> Ti + IO3- reducing agent

I2 : oxidation state of I = 0

Ti^+4 = oxidation state of Ti = +4

Ti : oxidation state = 0

IO3^-1 , oxidation state of Iodine = +5

So here the Ti undergoes reduction hence it is oxidizing agent

Where iodine undergoes oxidation hence it is reducing agent

Answer Link

Otras preguntas

What Were the successes and challenges of medieval asia?
what is 5 2/3 - 7 1/2 in simplist form?
what is 1,995,298 rounded to the nearest 10,000
How strongly will salary factor in to your descision to find your career
write an expression that uses partial products to multiply 8 times 64
A store sells a gallon of milk for $3.A baker buys 30 gallons of milk for his bakery.How much will he have to pay?
The cost for a certain music plan is $9.99per year plus $0.25per song you download.if you paid $113.74one year find the number of songs you downloaded
kyle cut a 4 foot piece of rope into smaller pieces that are each 0.25 feet long.how many pieces did he cut
Simplify using the Laws of Exponents. (6a2b6)3
on a bike trip across the united states rodney notes that he covers about 190 miles every 4 days if he continues this rate use a ratio table to determine about