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

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Answer Q47 & 48

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FIRST STATEMENT
SECOND
STATEMENT
47. Chlorination of
methyl benzene in UV
light proceeds via free
radical substitution
Methyl benzene is
oxidized to benzoic
acid by H'/K Mn0.(aq)
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 lunction as
catalyst because they
contain available empty
d-orbital's
50. Ethoxyethane has
a lower boiling point
than butan-l -ol
Butan-l-ol (i-butanol)
molecules are held by
hydrogen bonds which
are stronger than van der
wanl's forces ol attraction
in ethoxyethane.
(1 -butanol).
Transcribed Image Text:FIRST STATEMENT SECOND STATEMENT 47. Chlorination of methyl benzene in UV light proceeds via free radical substitution Methyl benzene is oxidized to benzoic acid by H'/K Mn0.(aq) 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 lunction as catalyst because they contain available empty d-orbital's 50. Ethoxyethane has a lower boiling point than butan-l -ol Butan-l-ol (i-butanol) molecules are held by hydrogen bonds which are stronger than van der wanl's forces ol attraction in ethoxyethane. (1 -butanol).
DIRECTIONS SUMMARISED
FIRST
SECOND
STATEMΕNT
STATEMENT
A
TRUE
Second statement is a CORRECT
explanation of the tirst
Second statement is NOT a CORRECT
explanation of the first.
TRUE
TRUE
TRUE
C
TRUE
TRUE
FALSE
D
TRUE
Transcribed Image Text:DIRECTIONS SUMMARISED FIRST SECOND STATEMΕNT STATEMENT A TRUE Second statement is a CORRECT explanation of the tirst Second statement is NOT a CORRECT explanation of the first. TRUE TRUE TRUE C TRUE TRUE FALSE D TRUE
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