请认真阅读下列短文，并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。注意：每个空格只填1个单词。
Guiding students through open-ended discussions can help students develop their understanding of the nature of science.
One useful practice in classroom discussions involves developing a discussion map. A discussion map is a graphic timeline created by the teacher on which a discussion is recorded --- who initially states the idea and who adds to or refuses the idea.
Discussion maps let teachers gain a deep understanding of students’ level of participation, the origins of ideas, and the claims that seem meaningful, useful, and/or reasonable to students. They also give the teacher an idea of students’ science thoughts of phenomena and ideas.
To make a discussion map, the teacher needs to do a couple of things. First, the teacher needs to keep informed of the ideas that are shared and who shared the idea. The teacher does this as the children talk, making quick notes of the ideas and thoughts. It can be helpful to record the discussion, but it isn’t required. Then, after the discussion is over, the teacher reflectively creates the discussion map to clarify the understanding of the ideas and connections that students were making in their talk.
Educators have identified discussions as consistent with reform recommendations in that they help children learn about the nature science and are useful in combining literacy and science. It is suggested that discussions can be useful for teachers in evaluating students’ ideas and building excitement as science. Discussions offer windows on students’ thinking, provide students who struggle in reading and writing with a chance to participate more actively in class, and create situations where students can express their ideas differently than in traditional schools tasks.
However, I suggest that there are additional reasons for having reasoned discussions in classrooms. First, discussions like this allow students to use their own vocabulary --- the words and terms that make sense to them and their classmates --- to drive the intellectual and academic work of understand phenomena. Many times learning science can become focused on learning terms but not necessarily understanding and explaining phenomena. Second, discussions allow students to think about their experiences and the things that they know and try to reconcile these with science ideas. This is challenging, but working together with classmates can help. Finally, reasoned discussions are fundamentally scientific because they offer an open forum that allows all students to be heard, and students’ ideas can be evaluated and connected to their experiences with scientific explanations of those phenomena. For example, during the children’s reasoned discussion about plants, the group came to the agreement that seeds grow into plants. The students understood that most seeds get buried in the ground, the seeds get wet, and then plants grow. This led to a question about whether the seed was still in the ground when the plant had grown into an adult plant. The students came up with several ideas about where the seeds were. During this conversation, the teacher took careful notes so that later investigations could respond to the questions that children were asking. Thus the students were working together using their ideas and understandings and realized something as a group that they didn’t understand as individuals.
Discussion maps make sense!
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Passage outline
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The 小题1:_____ of a discussion map
| A discussion map is a graphic timeline the teacher creates to record a discussion by initially 小题2:______ the idea and adding to or refusing the idea.
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The advantages of discussion maps
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本题信息：英语完形填空难度一般 来源:未知
本试题 “请认真阅读下列短文，并根据所读内容在文章后表格中的空格里填入一个最恰当的单词。注意：每个空格只填1个单词。Guiding students through open-ended discus...” 主要考查您对 序数词 等考点的理解。关于这些考点您可以点击下面的选项卡查看详细档案。
序数词的概念：
表示顺序的数称为序数词。如：first, second, third, fourth。 序数词的构成与用法：
1、序数词的构成：
①一般来说，是由相应的基数词加词尾th构成。
例：four＋th→fourth
six＋th→sixth
seven＋th→seventh
ten＋th→tenth
②下面这些基数词在变为序数词时，有特殊的变化。
例：one→first
two→second
three→third
five→fifth
eight→eighth
nine→ninth
twelve→twelfth
③十位整数序数词的构成方法是将基数词的词y变成i，然后再加eth。
例：twenty→twentieth
thirty→thirtieth
forty→fortieth
ninety→ninetieth
④两位或两位以上的基数词变成序数词时，仅将个位数变成序数词。
例：twenty－one→twenty－first
thirty－five→thirty－fifth
a hundred and fifty－three→a hundred and fifty－third
2、序数词的用法：
①序数词在使用时，一般加上定冠词。
例：the first book
the second floor
the third day
the fourth week．
②序数词在多数情况下都用作定语，有的也可以作表语、主语和宾语。
例：The may1st is Labour Day. 五月一日是劳动节。
My room is on the second floor. 我的房间在二楼。
The first is larger than the secon.（主语）第一个比第二个大。
Read the book from the first.（宾语）从开头读这本书。
You'll be the sixth to write.（表语）你将是第六个写的。
③序数词的前面可以加上不定冠词，用来表示“再一”，“又一”的意思。
例：You may have a third try. 你可以第三次尝试。 序数词知识体系：
约数的表达方法：
用tens/dozens/scores/hundreds/thousands/millions of 表示“几十、几百、上千、成千上万”等。
如：The boy bought dozens of pencils.
Thousands of people died in the earthquake.
注意： (A)：dozen, score, hundred, thousand, million等表示确切数量时，不用复数。
如：five dozen (of) eggs 五打鸡蛋
hree hundred people 三百个人
分数词的构成和用法：
1）分数词构成法：
分数词（FractionalNumerals）由基数词和序数词构成，基数词代表分子，序数词代表分母。除了分子为1的情况下，序数词都要用复数形式：
如：1/4：one-fourth
5/9：five-ninths
2/3：two-thirds
17/5：three and two-fifths
7/12：seven-twelfths
379/8：forty-seven and three-eighths
此外还有下面表示法：
如：1/2：a(one) half
1/4：a(one) quarter
3/4：three-quarters
9/4：two and a quarter
3/2：one and half
31/4：seven and three quarters
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