关闭

澳际学费在线支付平台

2017年9月6日SAT官方每日一题---数学选择.

刚刚更新 编辑: 浏览次数:220 移动端

  下面是2012年9月6日的SAT官方每日一题的内容,是关于数学方面的,题型是选择。SAT官方每日一题是collegeboard每天都会发布的题目,关于SAT考试的三个部分的各个题型。下面我们就一起来看一下这个SAT官方每日一题吧。

  SAT官方每日一题之数学---选择:

  直接获取澳际名师服务点击进入>>>>有问题?找免费的澳际专家咨询! 或者通过在线咨询处留言,把您最关心的问题告诉我们。

  Mathematics > Standard Multiple Choice

  Read the following SAT test question and then click on a button to select your answer.

  The sum of the positive odd integers less thanis subtracted from the sum of the positive even integers less than or equal to. What is the resulting difference?

  (A)

  (B)

  (C)

  (D)

  (E)

  The correct answer is B

  Explanation

  The sum of the positive odd integers less thanis, and the sum of the positive even integers less than or equal tois. When the first sum is subtracted from the second, the terms can be regrouped to form, which is just, where there areones. Therore, the correct answer is.

  下面为大家提供一些和这些SAT官方每日一题相似的题目,供大家练习:

  What is the maximum number of nonoverlapping squares with sides of length 3 that will fit inside of a square with sides of length 6?

  (A) Two

  (B) Three

  (C) Four

  (D) Six

  (E) Nine

  The correct answer is C

  Explanation

  Choice (C) is correct. A square with sides of length 3 has area 9, and a square with sides of length 6 has area 36. Thus at most 36 ÷ 9 = 4 squares of side length 3 can fit inside a square of side length 6 without overlapping. And in fact, it is possible to fit the four squares of side length 3 inside a square of side length 6 with no overlap; if the four squares with sides of length 3 are arranged in two rows with two squares in each row, they will fit inside of the square with sides of length 6 without overlapping. Therore, the maximum number of nonoverlapping squares with sides of length 3 that will fit inside of a square with sides of length 6 is four.

  以上就是关于2012年9月6日SAT官方每日一题中数学部分的详细内容,包括了题目和选项以及答案,后面附有一道相关的练习题。大家可以在备考SAT的过程中关注SAT每日一题的内容,这样就可以更好有不间断的练习,也就能在日积月累的过程中得到提高。

澳际倾情回馈客户,零利润SAT香港考团,详细信息

  • 澳际QQ群:610247479
  • 澳际QQ群:445186879
  • 澳际QQ群:414525537