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Laundry List: Elicit a list of topics/problems
about which students want more explanation, compiling
a complete list on the board before discussing
any items. This list becomes the agenda for the
meeting.
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Multiple-Entry or Brainstorm Question:
Ask questions which permit many acceptable answers
to promote discussion. This reduces student anxiety
and increases spontaneity. For example: "Let's
list on the board all the data." "What
are the possible consequences of this relationship?"
"What themes struck you in reading the novel?"
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Student-Generated Questions: Ask students
to provide questions for discussion. These can
be written out beforehand, or generated in brief
small group sessions during class. Such questions
can also be the basis for review sessions. In
science or math classes, students can create problems
for each other to solve, which helps them understand
key concepts behind problem-solving techniques.
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Student Problem-Solving Groups: Students
work in small groups, solving problems or discussing
conceptual questions. The instructor serves as
a roving consultant, providing suggestions or
clarifications. Later, discussions can continue
in the whole group, or each subgroup can report
its ideas and findings to the whole class. Problems
or topics can be generated by the instructor or
the students.
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Brief Pair Group Activities: Students
form pairs with seat neighbors and briefly discuss
a topic: e.g., what puzzled them most in lecture;
how they would handle a key step in a problem
solution; a teacher-posed question; etc. Can be
used as a prelude to the Laundry List (#1).
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Student Presentations — Problem-Solving,
Discussion Leading: Individual students may
be asked to present problem solutions or to lead
discussions on specific topics. A good way to
prepare for this is to combine it with small-group
problem-solving (#4), or student-generated questions
(#3). The small group chooses a representative
to present its thoughts to the class.
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Matching and Milling: Each student is
given a piece of information about the subject
matter. Students are asked to move around the
room individually, comparing bits of information.
The task is to find a matching piece of information
(two molecules with bonding capabilities, an author
with a writing sample).
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Review Time: A short period in which
students are specifically encouraged to ask for
review of basic elementary questions. This can
be put in a tactful way designating the time for
"covering basics" or "filling in
gaps." The aim is to eliminate the embarrassment
and stigma associated with asking elementary questions,
since only this type of question is allowed.
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Hand Voting on Topics: To gain a quick
census of class needs, and avoid singling out
individuals, ask "How many people would like
more explanation? Raise your hands." The
same technique can be used to sample class attitudes
on points of substance, such as agreement or disagreement
with a stated conclusion.
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Calling on Students: To expand participation,
students are identified by name or otherwise and
asked to solve problems or give information. To
minimize tension, this should be done frequently
and students unable to answer should be "let
off the hook" quickly and without fuss.
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Exam Question Format: Use old course
exam questions to help students learn and prepare
for tests. In science or math sections, put some
challenging problems on the board for advanced
students to work on while the class deals with
homework or simpler problems. Then return and
discuss the material in detail. In social sciences,
construct test-like questions, and use them to
focus section discussions.
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Role-Playing: Students are asked to take
the part of a relevant character, and respond
from that character's point of view. One might,
for example, have a debate between Machiavelli,
Nixon, and Christ on the nature of values, and
so on.
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Change-Your-Mind Debate: Pose a two-(or
more) sided issue. Set up the room so that there
are separate sets of chairs for each side, including
one area for the undecided. Let students conduct
a debate among groups with different viewpoints.
Any time a student changes his mind, he moves
to the part of the room which reflects his new
viewpoint. Many disciplines provide sufficiently
controversial topics, but even in "one answer"
subjects, it is possible to find problems that
yield more than one plausible solution.
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Clustering: Begin with a word, name,
concept written in the middle of the board. Students
brainstorm with this word as a focus, expanding
connections out from the source. The base idea
leads to more ideas, thus releasing creative thought,
clarifying conceptual connections, and providing
source links for writing assignments. This is
also called "concept mapping."
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"Jeopardy" Teaching: Set up
a "game show" format on the board complete
with related categories and point values. Students
pick a category and answer questions posed in
different ways. Each right answer is awarded with
one or more points. The one with the most points
receives a prize, and all students receive extra
credit for right answers. This can be done in
groups or individually. This method will make
review and evaluation more enjoyable and facilitate
recognition of weak areas which need further coverage.