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5 Years Ago

Positron Has Nearly The Same Weight As That Of

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MP PMT 2005
AFMC 2002
BHU 1995
JIPMER 1991
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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1 answer

401 views
5 Years Ago

On Bombarding 7N14 With Î± - Particles, The Nuclei Of The Product Formed After The Release Of A Proton Will Be

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Odisha JEE 2009
BHU 1996
MP PET 1996
MNR 1995
MP PMT 1989
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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1 answer

199 views
5 Years Ago

In The Nuclear Reaction 12mg24 + 2He2 = 0n1 + ? The Product Nuclues Is

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Odhisha JEE 2011
BHU 1987
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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1 answer

226 views
5 Years Ago

The Positron Is

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AIIMS 1997
AFMC 1997
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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5 Years Ago

What Is X In The Following Nuclear Reaction

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AFMC 2006
MP PET 1997;2009
AIIMS 1983
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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1 answer

279 views
Ankush Sharma 5 Years Ago

Which Of The Following Nuclear Transformation Is (n, P) Type

JEE Discussions
BHU 1995
AIIMS 1980;83
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago Ankush Sharma
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1 answer

438 views
5 Years Ago

In The Reaction 1H2 + 1H3 -> 2He4 + 0n1, If The

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CBSE PMT 2005
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
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1 answer

212 views
5 Years Ago

If An Isotope Of Hydrogen Has Two Neutrons In Its Atom

JEE Discussions
CBSE PMT 1992
Nuclear Chemistry
Nucleus (Stability And Reaction)
JEE
Modified 5 Year Ago
20 votes

1 answer

228 views
5 Years Ago

For Given A Reaction 3A + B -> C + D The Rate Of Reaction Can Be Represented By

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WB JEE 2008
CPMT 2006
CBSE PMT 2002
DCE 2000
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

459 views
5 Years Ago

For A Reaction 1/2 A -> 2B, Rate Of Disappearance Of A Is Related To The Rate Of Appearance Of B By The Expression

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AIEEE 2008
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

503 views
5 Years Ago

The Reaction, 2NO(g) + O2(g) -> 2NO2(g), Is Second Order With Respect To NO And First Order With Respect To O2, If The Volume Of Reactant Is Suddenly Reduced To Half Value, The Rate Of Reaction Would

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MP PET 2012
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

204 views
5 Years Ago

In A Reaction, A+B -> C, The Rate Of Expression Is R = K[A][B]2. If The Concentration Of Both The Reactants Is Doubled At Constant Volume Then The Rate Of Reaction Will Be

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MP PET 2010
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

258 views
5 Years Ago

In The Synthesis Of Ammonia By Haber Process, If 60 Moles Of Amonia Is Obtained In One Hour, Then The Rate Of Disappearance Of Nitrogen Is

JEE Discussions
MP PET 2010
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

222 views
5 Years Ago

In The Reaction CL2 + CH4 Hv__> CH3CL + HCL, Presence Of A Small Amount Of Oxygen

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MP PET 2009
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

231 views
5 Years Ago

Velocity Constant Of A Reaction At 290 K Was Found To Be 3.2*10-3. At 310 K It Will Be About

JEE Discussions
MP PMT 2004
KCET 1989;91
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

259 views
5 Years Ago

Which Of The Following Statement Is False In Relation To Enzyme

JEE Discussions
MP PMT 2003
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

417 views
5 Years Ago

The Term (-dc/dt) In A Rate Equation Refer To The

JEE Discussions
MP PMT 1996
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

205 views
5 Years Ago

The Initial Rate, -d[A]/dt At T = 0 Was Found To Be 2.6*10-2 Mol L-1s-1 For The Reaction A+2B --> Products,The Inicial Rate, -d[B]/dt, At T =0 Is

JEE Discussions
AMU (Engg.) 2012
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
21 votes

1 answer

205 views
5 Years Ago

The Rate Of The Reaction A -> Products, At The Initial Concentration Of 3.24*10-2M Is Nine Times Its Rate At Another Initial Concentration Of 1.2*10-3M. The Order Of The Reaction Is

JEE Discussions
Kerala PET 2011
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

204 views
5 Years Ago

The Initial Rates Of Reaction 3A+2B+C -- Products, At Different Initial Concentrations Are Given Below

JEE Discussions
Kerala PMT 2011
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

388 views
5 Years Ago

The Rate Of A Reaction Is Doubled For Every 10Â° C Rise In Temperature. The Increase In Reaction Rate As A Result Of Temperature Rise From 10Â°C To 100Â°C Is

JEE Discussions
CBSE PMT (Pre.) 2012
AIEEE 2004
MP PET 2003
Kerala PET 2002
KCET 1993
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

256 views
Uma 5 Years Ago

A Catalyst Increases The Rate Of A Chemical Reaction By

JEE Discussions
MP PMT 2003
Pb. PMT 2000
CPMT 1999
EAMCET 1992
MNR 1998
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago Uma
20 votes

1 answer

304 views
5 Years Ago

The Rate Of A Reaction That Not Involve Gases Is Not Dependent On

JEE Discussions
AFMC 1995
CPMT 1988
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

282 views
5 Years Ago

The Rate Of A Chemical Reaction

JEE Discussions
CPMT 1982
MP PMT 1973
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

214 views
5 Years Ago

1A Gaseous Hypothetical Chemical Equation 2A-- 4B+C Is Carried Out In A Closed Vessel. The Concentration Of B Is Found To Increase By 5*10-3 Mol L-1 In 10 Second.The Rate Of Appearance Of B Is

JEE Discussions
BHU 2006
AFMC 2001
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

275 views
5 Years Ago

The Rate Of Which A Substance Reacts Depends On Its

JEE Discussions
KCET 2005
BHU 1999
MP PMT 1987
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

294 views
5 Years Ago

If Doubling The Concentration Of A Reactant A Increases The Rate 4 Times And Tripling The Concentration Of A Increase The Rate 9 Times, That The Rate Is Proportional To

JEE Discussions
AIIMS 1991
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

200 views
5 Years Ago

The Rate Of Reaction 2N2O5 - 4NO2+O2 Can Be Written In Three Ways

JEE Discussions
CBSE PMT (Mains) 2011
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

191 views
5 Years Ago

For The Reaction N2O5(g) -2NO2(g)+1/2O2(g) The Value Of Rate Of Disappearance Of N2O5 Is Given As 6.25*10 -3 Mol L-1S-1 . The Rate Of Formation Of NO2 And O2 Is Given Respectively As

JEE Discussions
CBSE PMT (pre) 2010
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago
20 votes

1 answer

171 views
5 Years Ago

In The Reaction BrO-(aq) +5Br- (aq) + 6H+ -- 3Br2(l) +3H2O (l) The Rate Of Appearance Of Bromine(Br2) Is Related To Rate Of Disappearance Of Bromide Ions As Following

JEE Discussions
AMU (Engg.) 2012
CBSE PMT 2009
Chemical Kinetics
Rate Of A Reaction
JEE
Modified 5 Year Ago

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723 of 46300 Questions

Recent Questions

Positron Has Nearly The Same Weight As That Of

On Bombarding 7N14 With Î± - Particles, The Nuclei Of The Product Formed After The Release Of A Proton Will Be

In The Nuclear Reaction 12mg24 + 2He2 = 0n1 + ? The Product Nuclues Is

The Positron Is

What Is X In The Following Nuclear Reaction

Which Of The Following Nuclear Transformation Is (n, P) Type

In The Reaction 1H2 + 1H3 -> 2He4 + 0n1, If The

If An Isotope Of Hydrogen Has Two Neutrons In Its Atom

For Given A Reaction 3A + B -> C + D The Rate Of Reaction Can Be Represented By

For A Reaction 1/2 A -> 2B, Rate Of Disappearance Of A Is Related To The Rate Of Appearance Of B By The Expression

The Reaction, 2NO(g) + O2(g) -> 2NO2(g), Is Second Order With Respect To NO And First Order With Respect To O2, If The Volume Of Reactant Is Suddenly Reduced To Half Value, The Rate Of Reaction Would

In A Reaction, A+B -> C, The Rate Of Expression Is R = K[A][B]2. If The Concentration Of Both The Reactants Is Doubled At Constant Volume Then The Rate Of Reaction Will Be

In The Synthesis Of Ammonia By Haber Process, If 60 Moles Of Amonia Is Obtained In One Hour, Then The Rate Of Disappearance Of Nitrogen Is

In The Reaction CL2 + CH4 Hv__> CH3CL + HCL, Presence Of A Small Amount Of Oxygen

Velocity Constant Of A Reaction At 290 K Was Found To Be 3.2*10-3. At 310 K It Will Be About

Which Of The Following Statement Is False In Relation To Enzyme

The Term (-dc/dt) In A Rate Equation Refer To The

The Initial Rate, -d[A]/dt At T = 0 Was Found To Be 2.6*10-2 Mol L-1s-1 For The Reaction A+2B --> Products,The Inicial Rate, -d[B]/dt, At T =0 Is

The Rate Of The Reaction A -> Products, At The Initial Concentration Of 3.2410-2M Is Nine Times Its Rate At Another Initial Concentration Of 1.210-3M. The Order Of The Reaction Is

The Initial Rates Of Reaction 3A+2B+C -- Products, At Different Initial Concentrations Are Given Below

The Rate Of A Reaction Is Doubled For Every 10Â° C Rise In Temperature. The Increase In Reaction Rate As A Result Of Temperature Rise From 10Â°C To 100Â°C Is

A Catalyst Increases The Rate Of A Chemical Reaction By

The Rate Of A Reaction That Not Involve Gases Is Not Dependent On

The Rate Of A Chemical Reaction

1A Gaseous Hypothetical Chemical Equation 2A-- 4B+C Is Carried Out In A Closed Vessel. The Concentration Of B Is Found To Increase By 5*10-3 Mol L-1 In 10 Second.The Rate Of Appearance Of B Is

The Rate Of Which A Substance Reacts Depends On Its

If Doubling The Concentration Of A Reactant A Increases The Rate 4 Times And Tripling The Concentration Of A Increase The Rate 9 Times, That The Rate Is Proportional To

The Rate Of Reaction 2N2O5 - 4NO2+O2 Can Be Written In Three Ways

For The Reaction N2O5(g) -2NO2(g)+1/2O2(g) The Value Of Rate Of Disappearance Of N2O5 Is Given As 6.25*10 -3 Mol L-1S-1 . The Rate Of Formation Of NO2 And O2 Is Given Respectively As

In The Reaction BrO-(aq) +5Br- (aq) + 6H+ -- 3Br2(l) +3H2O (l) The Rate Of Appearance Of Bromine(Br2) Is Related To Rate Of Disappearance Of Bromide Ions As Following

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