The number of metameric ethers possible with the formula C4H10O is

1.	The number of metameric ethers possible with the formula C4H10O is (1) 4 (2) 3 (3) 2 (4) 5
Answer» The number of metameric ethers possible with the formula C₄H₁₀O is 2

Discussion

When diethyl ether is treated with Cl2 in sunlight, the product is (1) CH3 CHCl O CH2 CH3 (2) CH3 CHCl O CHCl CH3 (3) CCl3 CCl2O CCl2 CCl3 (4) CH3 CHCl O CCl2 CH3
The following represents ether (1) (RCO)2 O (2) RCOOR (3) RCOR (4) ROR
Which of the following is simple ether? (1) CH3 OCH3 (2) CH3OC2H5 (3) CH3CH2OCH (CH3)2 (4) C2H5OC3H7
The ether that undergoes electrophilic substitution rkn isA) ch3o c2h5B) c6h5 o ch3C) ch3 o ch3D) c2h5 o c2h5
The IUPAC name of CH3OCH (CH3)2 is(1) 1 – metholxy 1 – methyl ethane (2) 3 – methoxy propane (3) Methyl isopropyl ether (4) 2 – methoxy propane
Sodium phenoxide reacts with methyl iodide and gives anisole. The reaction is known as (1) Kolbe's reaction (2) Williamson's reaction (3) Friedel Crafts reaction (4) Riemer - Tiemann reaction
Ethers are obtained by (1) Reaction of alkyl halide with dry ZnO (2) Reaction of alkyl halide with moist ZnO (3) Reaction of alkyl halide with dry Ag2O (4) Reaction of alkyl halide with moist Ag2O
Phenol on heating with NaOH followed by reaction with alkyl halide gives (1) Acetone (2) Ether (3) Ethanol (4) Acetic acid
What is Y in the following reactions?C2H5 I + NaOC2H5 → X + NalFunctional isomer of 'X' is(1) C2H5I (2) C2H5OH (3) C2H4 (4) C2H5OC2H5
Excess of C2H5OH at 140°C reacts with conc. H2SO4, and then compound formed is (1) Diethyl ether (2) Diethyl sulphate (3) Ethylene (4) Ethylene hydrogen sulphate