Answer Q47 & 48show-all-working-explaining-detailly-each-stepAnswer should be typewritten using a computer keyboard. FIRST STATEMENTSECONDSTATEMENT47. Chlorination ofmethyl benzene in UVlight proceeds via freeradical substitutionMethyl benzene isoxidized to benzoicacid by H'/K Mn0.(aq)48 The hydrogen atom The hydrogen atomslhows only one seriesof spectral linescontains only oneelectron49. All d-blockclements are transitionmetalsTransition: metals andcompounds lunction ascatalyst because theycontain available emptyd-orbital's50. Ethoxyethane hasa lower boiling pointthan butan-l -olButan-l-ol (i-butanol)molecules are held byhydrogen bonds whichare stronger than van derwanl's forces ol attractionin ethoxyethane.(1 -butanol). DIRECTIONS SUMMARISEDFIRSTSECONDSTATEMΕNTSTATEMENTATRUESecond statement is a CORRECTexplanation of the tirstSecond statement is NOT a CORRECTexplanation of the first.TRUETRUETRUECTRUETRUEFALSEDTRUE

The chlorination of methylbenzene in UV light proceeds via free radical substitution The oxidation…

FIRST STATEMENT SECOND STATEMENT 47. Chlorination of methyl benzene in UV Methyl benzene is light proceeds via free radical substitution oxidized to benzoie acid by H'/KMn).(a4) 48 The hydrogen atom The hydrogen atom slhows only one series of spectral lines contains only one electron 49. All d-block clements are transition metals Transition metals and compounds function as catalyst because they contain available empty d-orbital's 50. Ethoxyethane has a lower boiling point than butan-l -ol Butan-l-ol (1-butanol) molecules are held by hydrogen bonds which

FIRST STATEMENT SECOND STATEMENT 47. Chlorination of methyl benzene in UV Methyl benzene is light proceeds via free radical substitution oxidized to benzoie acid by H'/KMn).(a4) 48 The hydrogen atom The hydrogen atom slhows only one series of spectral lines contains only one electron 49. All d-block clements are transition metals Transition metals and compounds function as catalyst because they contain available empty d-orbital's 50. Ethoxyethane has a lower boiling point than butan-l -ol Butan-l-ol (1-butanol) molecules are held by hydrogen bonds which

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter8: Molecules And Materials

Section: Chapter Questions

Problem 8.22PAE

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