The well known urinary antiseptic urotropine is formed when formaldehyde reacts with

Question

The well known urinary antiseptic urotropine is formed when formaldehyde reacts with (A) NH 2 OH (B) NH 3 (C) NH 2 ⋅ NH 2 (D) C6H5NH . NH2

Tardigrade Admin · Accepted Answer

When formaldehyde reacts with ammonia, a well known urinary antiseptic urotropine (also called hexamethylene tetramine) is obtained. 6 HCHO +4 NH 3 arrow( CH 2)6 N 4+6 H 2 O

Q. The well known urinary antiseptic urotropine is formed when formaldehyde reacts with

$N H_{2} O H$

$N H_{3}$

$N H_{2} \cdot N H_{2}$

$C X_{6} H X_{5} NH \cdot NH X_{2}$

When formaldehyde reacts with ammonia, a well known urinary antiseptic urotropine (also called hexamethylene tetramine) is obtained.
$6 H C H O + 4 N H_{3} \to (C H_{2})_{6} N_{4} + 6 H_{2} O$

Q. The well known urinary antiseptic urotropine is formed when formaldehyde reacts with

NH2​OH

NH3​

NH2​⋅NH2​

CX6​HX5​NH⋅NHX2​

When formaldehyde reacts with ammonia, a well known urinary antiseptic urotropine (also called hexamethylene tetramine) is obtained. 6HCHO+4NH3​→(CH2​)6​N4​+6H2​O

$N H_{2} O H$

$N H_{3}$

$N H_{2} \cdot N H_{2}$

$C X_{6} H X_{5} NH \cdot NH X_{2}$

When formaldehyde reacts with ammonia, a well known urinary antiseptic urotropine (also called hexamethylene tetramine) is obtained.
$6 H C H O + 4 N H_{3} \to (C H_{2})_{6} N_{4} + 6 H_{2} O$