Chloral hydrate is a gemdiol still highly stable because CCl3C(OH)2H is stablize by intramolecular hydrogen bonding.
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Platinum is highly stable. It is among the most inert elements.
Chloral does not undergo Cannizzaro reaction because the anion formed is very stable do to the electron withdrawing effect of the three chloro group attached to the alpha carbon. As a result cleavage takes place and the products formed initially are CCl3- and HCOOH. Then by maintaining Bronsted Lowry concept an hydride ion transfer takes place and the final products are chloroform and HCOO- ion.
Highly reactive because they only have 7 electrons. They need 8 to be a stable element.
Well for starters, they're elements. Thanks for stating the answer in your question.
because to be stable they need 8 atoms in outer energy level halogens need one so are highly reactive. alkali need 7 so are highly reactive( not as highly as halogens)
strong force
No, argon is not a highly reactive gas. It is stable.
Platinum is highly stable. It is among the most inert elements.
Chloral does not undergo Cannizzaro reaction because the anion formed is very stable do to the electron withdrawing effect of the three chloro group attached to the alpha carbon. As a result cleavage takes place and the products formed initially are CCl3- and HCOOH. Then by maintaining Bronsted Lowry concept an hydride ion transfer takes place and the final products are chloroform and HCOO- ion.
Nitrogen gas is stable. However there are nitrogen compounds that are reactive.
The three electron withdrawing groups on the methyl group of chloral increase the polarized positive charge at the aldehyde carbon this favors an sp3 arrangement around that carbon CH(OH)2-CCl3 rather than the typical 0=CH-CCl3
You're probably thinking of methane hydrate-clathrate.
You're probably thinking of methane hydrate-clathrate.
Highly reactive because they only have 7 electrons. They need 8 to be a stable element.
It is though to be a highly stable windstorm.
if lithium loses one electron it attains the stable noble gas electron configuration of helium. hence it is highly reactive.
No. A highly volatile substance is one that easily turns into vapor at or near room temperature. Glucose is quite stable as a solid.