Explain the burning of titanium metal in oxygen gas

Assignment Help Chemistry

Reference no: EM13560868

Write and balance reactions for the following situations:

a. The burning of titanium metal in oxygen gas to produce titanium(IV) dioxide, TiO2.

b. The "burning" of titanium metal in a pure nitrogen gas atmosphere to produce titanium(III) nitride, TiN.

c. The production of sulfuric acid by reacting sulfur, oxygen, and water.

d. Production of antimony metal from the reaction of antimony oxide and hydrogen gas. Water is also product of this reaction.

Reference no: EM13560868

Questions Cloud

Explain how many grams of naoh will be produced : If 1.20 grams of sodium metal are reacted with 4.00 mL of water, how many grams of NaOH will be produced. (The density of water = 1.00g/mL)

Evaluate the number of moles of hydrogen and oxygen : Calculate the number of moles of hydrogen, oxygen and sulfur in a 100-g sample of a compound composed of the following: 2.1 grams hydrogen, 65.3 grams oxygen, and 32.6 grams sulfur.

State what is the empirical formula for a compound carbon : What is the empirical formula for a compound that contains 20.11 % hydrogen and 79.89 % carbon

Find the speeders speedwith respect to the ground : A speeder is pulling directuly away and increasing his distancefrom a police car that is moving at 25m/s with respect to theground. Find the speeder's speedwith respect to the ground

Explain the burning of titanium metal in oxygen gas : Write and balance reactions for the following situations: The burning of titanium metal in oxygen gas to produce titanium(IV) dioxide, TiO2.

Evaluate how much energy is released : Energy is released during a nuclear reaction due to aconversion between mass and energy. how much energy is released

Estimate the light intensity reaching the photo cell : Suppose unpolarized light of intensity 150 W/m^2 falls on the polarizer at an angle 30. What is the light intensity reaching the photo cell

Explain tetraphosphorousdecaoxide reacts with water : Tetraphosphorousdecaoxide reacts with water to produce phosphoric acid. P4O10 + H2O H3PO4. Balance the equation.

Explain the solublity of acetanilide in hot water : The solublity of acetanilide in hot water is 5.5 g/100mL at 100 degee centigrade and its solublity in cold water is .53g/100mL at 0 degree centigrade. what would be the maximum theoretical percent recovery from the crystalliztion of 2.5 g of aceta..

User Account

All Pages