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Ans. The xxxx reason xxx I xxxx to xxxx this xxxxx is xxxx I xxxx to xxxxxx understand xxx fire xxxxx and xx there xx an xxxxxxxx of xxxx what x should xx immediately xx prevent xxx spread xxx ensure xxx s... ....... The xxxx reason xxx I xxxx to xxxx this xxxxx is xxxx I xxxx to xxxxxx understand xxx fire xxxxx and xx there xx an xxxxxxxx of xxxx what x should xx immediately xx prevent xxx spread xxx ensure xxx safety xx one xxx all xxxxxxxxx myself xxxx this xxxxxx I xxxxx like xx learn xxx a xxxxxx fire xxxxx big xxx what xxx be xxxx to xxxxxx it xxxx not xxxx big x would xxxx like xx learn xxx to xxx fire xxxxxxxxxxxxx I xxxxx also xxxx to xxxxx about xxxxxxx there xxx any xxxxxxxxx response xxxxxxxxx that xxxx be xxxxxxxx in xxx event xx a xxxx I xx not xxxx any xxxxxx experience xx fire xxxxxxxxxx or xxxx service xxx I xx really xxxxxxx about xxxx course Read More

Ans. Difference xxxxxxx Fire xxx Combustion xxxxxxxxxx is xxx process xx which xx get xxxx Combustion xx said xx have xxxxxxxx when xxxx is xxxxxxxx due xx the xxxxxxxx of xxxx with xxxxxx When xxxx proces... ....... Difference xxxxxxx Fire xxx Combustion xxxxxxxxxx is xxx process xx which xx get xxxx Combustion xx said xx have xxxxxxxx when xxxx is xxxxxxxx due xx the xxxxxxxx of xxxx with xxxxxx When xxxx process xxxxx place xx get xxx result xx the xxxx of xxxx So xx can xxx that xx can xxx get xxxx if xxx process xx combustion xxxx not xxxxxx in xxx first xxxxx So xxxxxxxxx combustion xx the xxxxxxxxxxxx of xxxx Elements xx the xxxx Triangle xx the xxxx suggests xxxxx are xxxxx aspects xx a xxxx triangle xxx three xxxxxxx of xxx fire xxxxxxxx are xxxx fuel xxx oxygen xx these xxxxx elements xx not xxxx together xx the xxxx time xx the xxxx place xx can xxx get xxxx Fire xxx not xx started xx there xx an xxxxxxx of xxxx similarly xxxx can xxx keep xxxxxxx if xxxxx is xx absence xx fuel xxx oxygen xxxxx to xxxx the xxxx burning xxx these xxxxx elements xxx vital xxx fire xx take xxxxx and xxxxx in x simplified xxx it xx referred xx as xxx fire xxxxxxxx Elements xx the xxxx Tetrahedron xxx Fire xxxxxxxxxxx consists xx four xxxxxxxx and xxxx are xxxxxx heat xxxx oxygen xxx a xxxxxxxx chain xxxxxxxx Let xx look xx all xxxx elements xxxx Fuel xxxx means xxx material xxxx is xxxxxxxxxxx Heat xxxx is xxx energy xxxx is xxxxxx to xxxx the xxxx reach xxx ignition xxxxx Oxygen xxxxxx keeps xxx fire xxxxxxx Chemical xxxxx Reaction xxx various xxxxxxxxx involved xx the xxxxxxxxxx and xxxx Different xxxxx of xxxx There xxx five xxxxxxxxx types xx fire xxx types xxxx been xxxxxxxxxx on xxx basis xx what xxx fire xxxx to xxxx A xxxxxxxxxx type xx fire xxxxx a xxxxxxxxxx type xx thing xxx s xxxx at xxx of xxxx Class x Class x fire xxxxx on xxxxxx like xxxx and xxxxx Class x Class x fire xxxxx on xxxxxx like xxxxxxxx Class x Class x fire xxxxx on xxxxxx like xxxxxxxxxx appliances xxx equipment xxxxx D xxxxx D xxxx burns xx metallic xxxxxxxxxx like xxxxxxxxx Class x Class x fire xxxxx on xxxxxx like xxxxxx Different xxxxxx of xxxx There xxx four xxxxxx of xxxx and xxxx are xxxxxxxxx Stage xxxx is xxx first xxxxx of xxxx where xxx three xxxxxxx of xxx fire xxxxxxxx come xxxxxxxx and xxx initial xxxxxxxx starts xxxxxx Stage xxxx is xxx second xxxxx which xxxxxxx the xxxxxxxxx stage xx the xxxx of xxx stage xxxxxxxx the xxxx at xxxx stage xxxxx due xx the xxxx coming xx greater xxxxxxx with xxxx fuel xxx oxygen xxxxx Developed xxxxx The xxxx reaches xxx peak xxx the xxxxxxx ignition xxxxx at xxxx stage xxx most xxxxxx features xx this xxxxx are xxx development xx larger xxxxxx and xxxx smoke xxxxx Stage xxxx is xxx last xxxxx where xxx fire xxxxxxx comes xx an xxx Decay xxxxxxx when xxxx of xxx fuel xxx burned xxx the xxxxxx availability xxx also xxxxxxxx Mechanisms xx Heat xxxxxxxx There xxx only xxxxx ways xx which xxxx gets xxxxxxxxxxx and xxxx are xxxxxxxxxx The xxxxxxx by xxxxx heat xx transferred xxxxxxx a xxxxx is xxxxxx conduction xxxxxxxxxx The xxxxxxx by xxxxx heat xx transferred xxxxxxx air xx liquid xx called xxxxxxxxxx Radiation xxx process xx which xxxx is xxxxxxxxxxx through xxxxxxxxxxxxxxx waves xx called xxxxxxxxx Heat xxxxxxxxxxx through xxxxxxxx is xxx best xxxxxxx of xxxxxxxxx Methods xxxx to xxxxxxxxxx Fires xxx different xxxxxxx that xxx be xxxx to xxxxxxxxxx fire xxx Cooling xx this xxxxxx water xx used xx stop xxx fire xxxxxxxx In xxxx method xxx fuel xxxxxx itself xx removed xx stop xxx fire xxxxxxxxxx In xxxx method xxxxxx is xxxxxxx from xxx surrounding xxxxx of xxx fire xx extinguish xxx fire xxxxxxx of xxxx and xxxxxxxxxxxxx Agents xxxxxxxxx types xx fire xxx Class x This xxxxx of xxxx burns xx solids xxxx can xx extinguished xx water xxxxx B xxxx class xx fire xxxxx on xxxxxxx This xxx be xxxxxxxxxxxx by xxxx Class x This xxxxx of xxxx burns xx gases xxxx can xx extinguished xx dry xxxxxx Class x This xxxxx of xxxx burns xx metals xxxx can xx extinguished xx dry xxxxxx Class x This xxxxx of xxxx burns xx cooking xxxx This xxx be xxxxxxxxxxxx by xxx chemicals xxxxxxxxxx Voelkert x C xxxx and xxxx extinguishment x brief xxxxx to xxxx chemistry xxx extinguishment xxxxxx for xxxx equipment xxxxxxx Technicians x Read More