" Q: "2RMgCl+SiCl_(4)rarr AH_(2)O longrightarrow B"polymerization"longrightarrow C." 'C' is "

In a radioactive decay sequence A (lambda_(1))/(longrightarrow) B (lambda_(2))/(longrightarrow) C (lambda_(3))/ (longrightarrow) D What is the ratio of numbers of atoms of A to the number of atoms of B after long time interval starting with pure A .The mean lives of A and B are 20 hours and "30" minutes respectively

SiCL_(4)+2MgClrarrX+2MgCl_(2) 'X' on hydrolysis followed by polymerization gives

2RCl+Sioverset("Cu power")underset("570 K")rarr R_(2)SiCl_(2)overset(H_(2)O)rarr R_(2)Si(OH_(2))overset("Polymerisation")rarr X, Then X will be

2RCl+Sioverset("Cu power")underset("570 K")rarr R_(2)SiCl_(2)overset(H_(2)O)rarr R_(2)Si(OH_(2))overset("Polymerisation")rarr X, Then X will be

Cl_(2)+NaOH cold / dil longrightarrow A+ Nacl +H_(2) Cl_(2)+NaoH hot / conc longrightarrow B+Nacl+H_(2) of oxidation numbers of chlorine in A and B is

A reaction is represented as AH_(2) + O_(2) rarr A + H_(2)O_(2) . The enzyme that catalyses the above recation it belongs to subclass

Out of C Cl_(4) and SiCl_(4) which one reacts with water?

Out of C Cl_(4) and SiCl_(4) which one reacts with water?

Assertion : Between SiCl_(4) and C Cl_(4) only SiCl_(4) reacts with water. Reason : SiCl_(4) is ionic and C Cl_(4) is covalent.