For a reaction A + 2 B  C, the amount of Cformed by starting the re

1.	For a reaction A + 2 B  C, the amount of Cformed by starting the reaction with 5 moles ofA and 8 moles of B is(1) 5 moles (2) 8 moles(3) 16 moles (4) 4 moles
Answer» hi here is your answer miss, A= 5 moles, i.e. 5/1=5 B=8 moles, i.e. 8/2=4 => B is the limiting reagent. We should also KEEP in mind that the PRODUCT will be produced only until the limiting reagent is present, i.e., the amount of product formed is governed by the limiting reagent. Therefore, amount of C produced is equal to 1 unit(as CALCULATED above) that is equal to 4 moles. HOPE IT HELPED PLEASE MARK BRAINLIEST BE BRANILY!!!

For a reaction A + 2 B  C, the amount of Cformed by starting the reaction with 5 moles ofA and 8 moles of B is(1) 5 moles (2) 8 moles(3) 16 moles (4) 4 moles

Answer»

hi here is your answer miss,

A= 5 moles, i.e. 5/1=5

B=8 moles, i.e. 8/2=4

=> B is the limiting reagent.

We should also KEEP in mind that the PRODUCT will be produced only until the limiting reagent is present, i.e., the amount of product formed is governed by the limiting reagent.

Therefore, amount of C produced is equal to 1 unit(as CALCULATED above) that is equal to 4 moles.

HOPE IT HELPED

PLEASE MARK BRAINLIEST

BE BRANILY!!!

Discussion

No Comment Found

Related InterviewSolutions

1)formula of the compound between A and C ?Pls help......
200 ce of an aqueous solution contains 1.26 gms of a polymer. The osmotic pressuof such solution at 300 K is found to be 2.57x10 bar. Calculate the molar massthe polymer
What is a homologoues series.List any four characteristics ofhomologués series.
The melting and boiling point of Carbonbarevery low. Why?
Fecl³+H²S=2Fecl2 +2HCl+s ऑक्सीकरण तथा अपचयन ज्ञात किजिए
Fecl³+H²S=2Fecl2 +2HCl ऑक्सीकरण तथा अपचयन ज्ञात किजिए
Hex-1,3 dien-5-yne what is the structure formula
For multiple electronic species 3d and 4p are degenerate orbitals true or false
For multiple electronic species 3d and 4p are degenerate orbitals
3. (a) why doesCarbon form compounds mainlyby covalent bondlist any 4reasons for carbon formingvery large no of compounds .