Past Papers
Q29: AS & A Level Chemistry - 9701 Paper 1 2015 Summer Zone 1
0
0
Share
Questions: 29/40
Topic: CH15 - HYDROCARBONS
Solution

Solution is B

PRACTISE
Similar Questions
LEARN
Concepts with Sparky
Close Icon

More Questions from this Topic

Theory
CH15 - HYDROCARBONS
Chlorine, $Cl_{2}$, reacts with many elements and compounds to form chlorides.Table 2.1 shows information about some chlorides of Period 3 elements.Ta...
2024 Spring
5
Theory
CH15 - HYDROCARBONS
CH_3(CH_2)_5CHBrCH_3 exists as a pair of stereoisomers.(a) Draw the three-dimensional structures of the two stereoisomers of CH_3(CH_2)_5CHBrCH_3. R c...
2024 Summer
2
Theory
CH15 - HYDROCARBONS
(a) Complete Fig. 4.2 to show the mechanism for the formation of 1,2-dibromoethane in reaction 1.Include charges, dipoles, lone pairs of electrons and...
2024 Winter
2
Theory
CH15 - HYDROCARBONS
Hydrocarbon molecules contain covalent bonds.(a) Define covalent bond....................................................................................
2024 Summer
2
Theory
CH15 - HYDROCARBONS
Benzene, $C_6H_6$, reacts with chloroethane, $C_2H_5Cl$, in the presence of a suitable catalyst to form ethylbenzene, $C_6H_5C_2H_5$. In the presence ...
2024 Winter
2
Theory
CH15 - HYDROCARBONS
(a) Nitrosyl chloride, NOCl, can be formed by the reaction between nitrogen monoxide and chlorine, as shown.$2NO + Cl_{2} \rightarrow 2NOCl$The initia...
2024 Summer
2
Theory
CH15 - HYDROCARBONS
Benzene reacts with chlorine gas to form chlorobenzene. This reaction can be described as the reaction between benzene molecules and $Cl^+$ ions. The ...
2024 Winter
2
Theory
CH15 - HYDROCARBONS
Benzene, C_6H_6, reacts with chloroethane, C_2H_5Cl, in the presence of a suitable catalyst to form ethylbenzene, C_6H_5C_2H_5. In the presence of the...
2024 Winter
2
Theory
CH15 - HYDROCARBONS
(a) (i) Define addition reaction.........................................................................................................................
2023 Spring
2
Theory
CH15 - HYDROCARBONS
(a) (i) Give the systematic name of D....................................................................................................................
2023 Winter
2

More Questions from year 2015

MCQ
CH8 - REACTION KINETICS
The diagram shows a Boltzmann distribution of molecular energies for a gaseous mixture. The distribution has a peak, labelled P on the diagram. What h...
2015 Summer
MCQ
CH3 - CHEMICAL BONDING
Which quantity gives the best indication of the relative strengths of the hydrogen bonds between the molecules in liquid hydrogen halides?
2015 Summer
MCQ
CH1 - ATOMS, MOLECULES & STOICHIOMETRY
Use of the Data Booklet is relevant to this question.1.00 g of carbon is combusted in a limited supply of pure oxygen. 0.50 g of the carbon combusts t...
2015 Summer
MCQ
CH6 - ELECTROCHEMISTRY
In oxygen difluoride, $\text{OF}_2$, fluorine has an oxidation number of $-1$. $\text{OF}_2$ will react with sulfur dioxide according to the following...
2015 Summer
MCQ
CH4 - STATES OF MATTER
Use of the Data Booklet is relevant to this question.The gas laws can be summarised in the ideal gas equation below.$pV = nRT$0.96 g of oxygen gas is ...
2015 Summer
1
MCQ
CH7 - EQUILIBRIA
One mole of phosphorus(V) chloride, $\text{PCl}_5$, is heated to 600 K in a sealed flask of volume 1 dm$^3$. Equilibrium is established and measuremen...
2015 Summer
MCQ
CH5 - CHEMICAL ENERGETICS
The standard enthalpy changes of combustion of glucose and ethanol are given as −2820 and −1368 kJ molˉ¹ respectively.Glucose, C$_6$H$_{12}$O$_6...
2015 Summer
1
MCQ
CH7 - EQUILIBRIA
In which reaction is the underlined substance acting as a base? A. $\text{HNO}_3 + \underline{\text{H}_2\text{SO}_4} \rightarrow \text{H}_2\text{NO}_...
2015 Summer
MCQ
CH7 - EQUILIBRIA
One molecule of haemoglobin, Hb, can bind with four molecules of oxygen according to the following equation. $$\text{Hb(aq)} + 4\text{O}_2\text{(aq)}...
2015 Summer
MCQ
CH3 - CHEMICAL BONDING
The double bond between the two carbon atoms in an ethene molecule consists of one \( \sigma \) bond and one \( \pi \) bond.Which orbitals overlap to ...
2015 Summer
1