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Rajasthan PMT
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Chemistry
List of top Chemistry Questions asked in Rajasthan PMT
300 cal of heat is supplied to raise the temperature of 50 g of air from
$ 20{}^\circ C $
to
$ 30{}^\circ C $
without any change in its volume. Change in internal energy per gram of air is
Rajasthan PMT - 2011
Rajasthan PMT
Chemistry
internal energy
In
$ HCO{{O}^{-}} $
, the two carbon-oxygen bonds are found to be of equal length. What is the reason for this?
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Aldehydes, Ketones and Carboxylic Acids
Which of the following has highest ionization enthalpy?
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Classification of elements & periodicity in properties
The product formed as a result of reaction of $ C{{H}_{3}}MgBr $ and $ C{{O}_{2}} $ , on further hydrolysis gives
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Aldehydes, Ketones and Carboxylic Acids
The monomer units of starch are
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Carbohydrates
How many ions are produced from
$ [Co{{(N{{H}_{3}})}_{6}}]C{{l}_{3}} $
in solution?
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
coordination compounds
How many bonds are there in
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Chemical bonding and molecular structure
EDTA has coordination number
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
coordination compounds
During smelting an additional substance is added which combines with impurities to form a fusible product which is known as
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Concentration of ores
The colloidal system in which the disperse phase and dispersion medium are both liquids is known as
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Classification of Colloids
Isotonic solutions are the solutions having the same
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Colligative Properties
Which of the following is used to make non-stick cookware?
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Polymers of Commercial Importance
The units of conductivity are
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Electrochemistry
Nylon-6 is made from
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
biodegradable polymers
An example of water soluble vitamin is
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
Chemistry in Everyday Life
Which of the following is not an ore of magnesium?
Rajasthan PMT - 2010
Rajasthan PMT
Chemistry
General Principles and Processes of Isolation of Elements
The heat of formation of
$ CO(g) $
and
$ C{{O}_{2}}(g) $
are
$ \Delta H=-110 $
and
$ \Delta H=-393\,\,kJ\,\,mo{{l}^{-1}} $
respectively. What is the heat of reaction
$ (\Delta H) $
(in
$ kJ\,\,mo{{l}^{-1}}) $
for the following reaction?
$ CO(g)+\frac{1}{2}{{O}_{2}}(g)\xrightarrow{{}}C{{O}_{2}}(g) $
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Enthalpy change
Adipic acid on heating form
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
uses of carboxylic acids
In the respect of the equation
$ k=A{{e}^{-{{E}_{a}}/RT}} $
in chemical kinetics, which one of the following statements is correct?
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Chemical Kinetics
Which of the following can give a Grignard reagent when reacted with magnesium in dry ether?
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Haloalkanes and Haloarenes
The coordinates of a moving particle at any time t are given by
$ x=\alpha {{t}^{3}} $
and
$ y={{t}^{3}}. $
The speed of the particle at time t is given by
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
kinetics equations
$ A\,\,0.5\,\,g/L $
solution of glucose is found to be isotonic with a
$ 2.5\,\,g/L $
solution of an organic compound. What will be the molecular weight of that organic compound?
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Expressing Concentration of Solutions
$ t- $
butyl chloride preferably undergo hydrolysis by
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Methods of Preparation of Haloalkanes
What is the equation for the equilibrium constant
$ ({{K}_{c}}) $
for the following reaction?
$ \frac{1}{2}A(g)+\frac{1}{3}B(g)\frac{2}{3}C(g) $
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Law Of Chemical Equilibrium And Equilibrium Constant
What is the electrode potential (in
$ V $
) of the following electrode at
$ {{25}^{o}}C $
?
$ N{{i}^{2+}}(0.1\,\,M)|Ni(s) $
(Standard reaction potential of
$ N{{i}^{2+}}|Ni $
is
$ -0.25\,\,V,\,\,\frac{2.303RT}{F}=0.06) $
Rajasthan PMT - 2008
Rajasthan PMT
Chemistry
Nernst Equation
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