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I Choose the strongest acid from each group:(a) HClO, HBrO, HI

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I Choose the strongest acid from each group:(a) HClO, HBrO, HIO (b) HIO, HIO $_{3}, HIO_{4}$ (c) HIO, $HBrO_{2}, HBrO_{4}$

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I Choose the strongest acid from each group:(a) HClO, HBrO, HIO (b) HIO, HIO

_{3}, HIO_{4}

HBrO_{2}, HBrO_{4}

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Question 1

Easy

Which has a maximum boiling point and melting point out of

I in both cases
I and II
I and III
II and I

Topic:

Hydrocarbons

Book:

New Pattern JEE Problems Chemistry for JEE Main and Advance( Master Problem Package) (Arihant)

View solution

Question 2

Hard

An aromatic compound contains

69.4%

carbon and

5.8%

hydrogen. A sample of

0.303 g

of this compound was analysed for nitrogen by Kjeldahl's method. The ammonia evolved was absorbed in

50

ml of

0.5 M H_{2} S O_{4}

. The excess of the acid required

25

ml of

0.1 M N a O H

for neutralization. Determine the molecular formula of the compound if its mass is

121.

Topic:

Some Basic Concepts of Chemistry

View solution

Question 3

Easy

The equilateral triangle shape has:

$s p$ -hybridization
$s p^{2}$ -hybridization
$s p^{3}$ -hybridization
$s p^{3} d$ -hybridization

Topic:

Chemical Bonding and Molecular Structure

View 4 solutions

Question 4

Easy

Final pressure is higher than initial pressure of a container filled with an ideal gas at constant temperature. What will be the value of equilibrium constant?

$K = 1.0$
$K = 10.0$
$K > 1.0$
$K < 1.0$

Topic:

Equilibrium

Book:

New Pattern JEE Problems Chemistry for JEE Main and Advance( Master Problem Package) (Arihant)

View solution

Students who ask this question also asked

Question 1

Lewis structure for dinitrogen pentoxide has to be drawn.

Topic:

Chemistry

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Question 2

The base shown is sufficiently strong or not to deprotonate the given alkyne has to be determined and if it is strong enough, the formed alkynide ion has to be drawn. Concept Introduction: Alkynes are the compounds that contain a triple bond between two carbon atoms. The carbon atom present in the triple bond is s p hybridised. Due to this, the geometry of alkyne will be linear. Terminal alkyne are the one which has a proton attached to the triple bond and internal alkyne are the one in which there are no protons attached to the triple bond. In order to deprotonate a terminal alkyne, the base that is used has to be less stable than the resulting alkynide ion. There are few factors which determine the strength of the acid and they are, What atom the charge is present Resonance Induction Orbitals If the charge is on a more electronegative atom, then it is stabilized more. Hence, the compound will be more acidic. If the negative charge is made to participate in resonance, then the negative charge will be stabilized. This increases the stability of the conjugate base and in turn the compound will be more acidic. Pull of the electron density by the more electronegative atom is known as induction. The inductive effects can stabilize or destabilize the conjugate base. If the inductive effect stabilize the conjugate base, then the compound will be acidic. The orbital in which the negative charge is present also plays an important role in stability of the conjugate base. A negative charge on s p hybridized orbital is more stable than the negative charge that is present on s p 3 hybridized orbital. In order to find whether the compound is more acidic or not, the first step is to remove the proton to form conjugate base. Then look for the above four factors. For the stability of bases, the first factor and the fourth factor is the most important one. The stability order due to electronegativity can be given as shown below, The stability order due to factor 4 is based upon the hybridization. s p 3 hybridized orbital is more stable than s p 2 followed by s p hybridized orbital.

Topic:

Chemistry

View solution

Question 3

Which of the following diagrams represents a chemical change? [Section 1.3

]

Topic:

Chemistry

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Question 4

A A solution of

5.00 g

of acetic acid in

100.

g of benzene freezes at

3.3 7^{\circ} C .

A solution of

5.00 g

of acetic acid in 100. g of water freezes at

- 1.4 9^{\circ} C

. Find the molar mass of acetic acid from each of these experiments. What can you conclude about the state of the acetic acid molecules dissolved in each of these solvents? Recall the discussion of hydrogen bonding in Section

13.3 (and see Figure 13.9)

and propose a structure for the species in benzene solution.

Topic:

Chemistry

View solution

Question Text	I Choose the strongest acid from each group:(a) HClO, HBrO, HIO (b) HIO, HIO $_{3}, HIO_{4}$ (c) HIO, $HBrO_{2}, HBrO_{4}$
Topic	All topics
Subject	Chemistry
Class	Class 11

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I Choose the strongest acid from each group:(a) HClO, HBrO, HIO (b) HIO, HIO 3​,HIO4​ (c) HIO, HBrO2​,HBrO4​

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I Choose the strongest acid from each group:(a) HClO, HBrO, HIO (b) HIO, HIO $_{3}, HIO_{4}$ (c) HIO, $HBrO_{2}, HBrO_{4}$