Search results
Sodium carbonate. Solution. Verified by Toppr. P H 3 is formed there along with acetylene under the reaction of Ca3P 2 with CaC2 where , the phosphene reacts with acetylene formed and catches fire to get smoke which forms the smoke screen.
How is Yersinia pestis used as a warfare? View Solution. 9. The substance used as a smoke screen in warefare is (a) SiCl4 (b) PH3 (c) pcl5 (d) acetylene. View Solution. Click here:point_up_2:to get an answer to your question :writing_hand:the substance used as a smoke screen in warfare is.
Smoke screen is a mass of dense artificial smoke used to conceal military areas or operations from an enemy.It is produced by calcium phosphide. C a 3 P 2 + 6 H 2 O → 3 C a (O H) 2 + 2 P H 3. Phosphene (P H 3) so formed spontaneously catches fire to give P 2 O 5. 2 P H 3 + 4 O 2 → P 2 O 5 + 3 H 2 O. P 2 O 5 forms a white dense smoke screen ...
Mar 5, 2014 · No logs => No support SmokeScreen is a plugin whereby artists can add improved engine effects. It is built on the effects of 0.23, and its ideas come mostly from Nothke. Changelog 2.8.14 with @Scialytic changes 2.8.13 more fix 2.8.12 Fixes 2.8.9 Fix effects on root part 2.8.7 KSP 1.8 build 2.8...
Actually, P H 3 is formed there along with acetylene under the reaction of Ca3P 2 with CaC2 where, the phosphene reacts with acetylene formed and catches fire to get smoke which forms the smoke screen.
Correct option is A) Smoke screen is a cloud of smoke. It consists of fine particles of TiO 2 which were dispersed in air by aeroplanes.
The compound used as smoke screen is phosphine P H 3 . P H 3 + C 2 H 2 is used in Holme signals. Phosphine is also used for making metal phosphides like silver phosphide, copper phosphide.
Click here👆to get an answer to your question ️ The substance used as a smoke screen in warfare is
Calcium phosphide. PH3 is formed there along with acetylene under the reaction of Ca3P2 with CaC2 where , the phosphene reacts with acetylene formed and catches fire to get smoke which forms the smoke screen.
In YDSE, a laser light is used to illuminate the closely spaced slits, as a result, a clear interference pattern is obtained on screen. If we place smoke particles between the double slit and the screen, then the effects of interference will be observed :