,Introduction qqto qqChemistry, qq5e
qq(Bauer)q
Chapter qq1 q q Matter qqand
qqEnergy
1) Which qqof qqthe qqfollowing qqis qqnot qqan qqexample qqof qqmatter?
A) a qqrock
B) a qqhot-air qqballoon
C) carbon qqdioxide qqin qqyour qqexhaled qqbreath
D) steam
E) heat qqfrom qqa qqbarbeque qqgrill
Answer: q q E
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
2) Which qqof qqthe qqfollowing qqis qqnot qqan qqexample qqof qqmatter?
A) air
B) light qqfrom qqa qqcandle
C) wax
D) the qqpropellant qqin qqan qqaerosol qqcan
E) a qqstain qqon qqclothing
Answer: q q B
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
1
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
,3) Which qqof qqthe qqfollowing qqis qqan qqexample qqof qqmatter?
A) sunlight
B) light qqfrom qqan qqincandescent qqbulb
C) helium qqin qqa qqballoon
D) heat qqfrom qqa qqcar's qqradiator
E) all qqof qqthese qqare qqcorrect
Answer: q q C
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
4) Which qqof qqthe qqfollowing qqdoes qqnot qqapply qqto qqa qqchemical qqcompound?
A) A qqchemical qqcompound qqconsists qqof qqtwo qqor qqmore qqelements.
B) The qqelements qqin qqa qqcompound qqare qqcombined qqin qqdefinite qqproportions.
C) The qqcharacteristics qqof qqthe qqcompound qqare qqdifferent qqfrom qqthe qqcharacteristics qqof qqthe
qqelementsqfrom qqwhich qqit qqis qqmade.
D) Compounds qqcan qqbe qqseparated qqinto qqtheir qqconstituent qqelements qqusing qqonly qqphysical
qqmethods.
E) A qqchemical qqcompound qqcan qqalso qqbe qqclassified qqas qqa qqpure qqsubstance.
Answer: q q D
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
5) Which qqof qqthe qqfollowing qqstatements qqregarding qqelements qqis qqincorrect?
A) Elements qqare qqthe qqsimplest qqbuilding qqblock qqof qqmatter.
B) Elements qqcannot qqbe qqbroken qqdown qqinto qqsimpler qqsubstances qqeven qqby qqchemical qqmeans.
C) Some qqelements qqare qqnot qqnaturally qqoccurring, qqand qqhave qqbeen qqsynthesized qqby qqscientists.
D) As qqthe qqGreeks qqhad qqthought, qqwater qqis qqan qqelement.
E) Elements qqare qqclassified qqusing qqa qqperiodic qqtable.
Answer: qqD
qqDifficulty: qq1
qqEasy
Topic: qqStudy qqof
2
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
, qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
3
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
qq(Bauer)q
Chapter qq1 q q Matter qqand
qqEnergy
1) Which qqof qqthe qqfollowing qqis qqnot qqan qqexample qqof qqmatter?
A) a qqrock
B) a qqhot-air qqballoon
C) carbon qqdioxide qqin qqyour qqexhaled qqbreath
D) steam
E) heat qqfrom qqa qqbarbeque qqgrill
Answer: q q E
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
2) Which qqof qqthe qqfollowing qqis qqnot qqan qqexample qqof qqmatter?
A) air
B) light qqfrom qqa qqcandle
C) wax
D) the qqpropellant qqin qqan qqaerosol qqcan
E) a qqstain qqon qqclothing
Answer: q q B
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
1
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
,3) Which qqof qqthe qqfollowing qqis qqan qqexample qqof qqmatter?
A) sunlight
B) light qqfrom qqan qqincandescent qqbulb
C) helium qqin qqa qqballoon
D) heat qqfrom qqa qqcar's qqradiator
E) all qqof qqthese qqare qqcorrect
Answer: q q C
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
4) Which qqof qqthe qqfollowing qqdoes qqnot qqapply qqto qqa qqchemical qqcompound?
A) A qqchemical qqcompound qqconsists qqof qqtwo qqor qqmore qqelements.
B) The qqelements qqin qqa qqcompound qqare qqcombined qqin qqdefinite qqproportions.
C) The qqcharacteristics qqof qqthe qqcompound qqare qqdifferent qqfrom qqthe qqcharacteristics qqof qqthe
qqelementsqfrom qqwhich qqit qqis qqmade.
D) Compounds qqcan qqbe qqseparated qqinto qqtheir qqconstituent qqelements qqusing qqonly qqphysical
qqmethods.
E) A qqchemical qqcompound qqcan qqalso qqbe qqclassified qqas qqa qqpure qqsubstance.
Answer: q q D
qqDifficulty: qq2
qqMedium
Topic: qqStudy qqof
qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
5) Which qqof qqthe qqfollowing qqstatements qqregarding qqelements qqis qqincorrect?
A) Elements qqare qqthe qqsimplest qqbuilding qqblock qqof qqmatter.
B) Elements qqcannot qqbe qqbroken qqdown qqinto qqsimpler qqsubstances qqeven qqby qqchemical qqmeans.
C) Some qqelements qqare qqnot qqnaturally qqoccurring, qqand qqhave qqbeen qqsynthesized qqby qqscientists.
D) As qqthe qqGreeks qqhad qqthought, qqwater qqis qqan qqelement.
E) Elements qqare qqclassified qqusing qqa qqperiodic qqtable.
Answer: qqD
qqDifficulty: qq1
qqEasy
Topic: qqStudy qqof
2
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
, qqChemistryqBloom's: qq2.
qqUnderstand qqGradable:
q q automatic
Subtopic: q q Classification qqand qqStates qqof qqMatter; qqProperties qqof
qqMatterqAccessibility: qqKeyboard qqNavigation
3
Copyright q2019 q© qMcGraw-Hill qEducation. qAll qrights qreserved. qNo qreproduction qor qdistribution qwithout qthe
qpriorqwritten qconsent qof qMcGraw-Hill qEducation.
