A reaction `SO_(2)Cl_(2) to SO_(2)+ Cl_(2)` is first order reaction with half life period `3.15 xx 10^(4)`s at `320^(@)`C. What percentage of `SO_(2)Cl_(2)` would be decomposed on heating at `320^(@)`C for 90 minutes?

A reaction, SO_2Cl_2 rarr SO_2 + Cl_2 is first order reaction with half life period 3.15xx10^4 s at 320^@C . What percentage of SO_2Cl_2 would be decomposed on heating at 320^@C for 90 minutes?

A reaction SO_2Cl_2 rarr SO_2 + Cl_2 is first order reaction with half life period 3.15xx10^-4s at 320^@C . What percentage of SO_2Cl_2 would be decomposed on heating at 320^@C for 90 minutes?

The reaction SO2Cl2→ SO2+Cl2, is ạ first order reaction with half life 3.15 xx 10^(4) at (320^oC) What percentage of SO2 Cl2 would be decomposed on heating at (320^oC) for 90 minutes?

The reaction : SO_2Cl_2 overset (k_1) rarr SO_2 + Cl_2 is a first order reaction with half life 3.15 xx 10^4 s at 575 K. What percentage of SO_2Cl_2 would be decomposed on heating at 575 K for 90 minutes?

The reaction SO_2 Cl_2 hArr SO_2 + Cl_2 is a first order gas reaction with t_(1//2) = 3.15 xx 10^(4) s at 320^@ C. What percentage of SO_2 Cl_2 is decomposed on heating this gas for 90 minutes ?

The reaction SO _(2) Cl _(2) to SO _(2) + Cl _(2) is a first order reaction with rate constant is 2.2 xx 10 ^(-5) sec ^(-10 at 575 K. What percentage of SO _(2) Cl _(2) will get decomposed in 90 minutes. When reaction is carried out at 575 K ?