【单选题】【消耗次数:1】
He is so kind and easy-going that the kids go _______ him in a big way.
for
to
with
off
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相关题目
【单选题】 Little ___ that we were watching his every move, so he seemed to be going his own way in this business.
①  he realized
②  ?he didn’t realize
③  ?didn’t he realize
④  ?did he realize
【单选题】 _____ that it was going to rain, he took a raincoat with him.
①  Seeing
②  Saw
③  Seen
④  To see
【单选题】 ---Are you going there with them ? ----If you go,__________.
①  I also go
②  so do I
③  so I will
④  so will I
【单选题】 When you go to the doctor he asks you to describe your ____ so that he can make a diagnosis (诊断).
①  indications
②  signs
③  symbols
④  symptoms
【单选题】 -Johnson has promised us that he will help ?us out to his best ability. -I don’t buy it. In my opinion, ?he _______ so kind.
①  has been
②  is
③  was
④  is being
【单选题】 _____he speaks softly is no proof that he is kind.
①  Since
②  As
③  That
④  Because
【判断题】 He was very foolish that he didnt pass such an easy exam.
①  正确
②  错误
【单选题】 A: Its very kind of you to show me the way. B: [填空].
①  Youre welcome
②  It was nothing
③  Not at all
④  Never mind
【判断题】 A: Do you let your kids go out alone at night? B: Absolutely not.
①  正确
②  错误
【单选题】 阅读理解:阅读下列短文,回答文后问题,选择最佳答案Robert had just moved into the street and he felt strange that he was not wanted. He knew that perhaps the other boys were trying to get an idea of what kind of a boy he was. This did not help him to make himself less lonely. He was new and he had to be tested. Still, proving himself would not be all that easy. He did not want to run with the boys or get into something against the law to prove that he was strong. No! He must show what he was made of in a more helpful way. That’s when he got the idea.The next day was Saturday. He knew that most of the boys would be down on the playground and choose up sides for the Saturday game. Robert knew he could play well and that just might be enough to prove he was strong, and to make friends with them. He arrived early and did his step exercises. He shot the ball several times and did some other exercises—the most difficult and most wonderful in basketball. Then the boys came. Robert went through what he had done before the game and showed what he could do. No one said a word. The boys just looked at each other and thought about it. In the end, when it was all over, the biggest of the group just smiled and shook his head. Robert knew he had made it.2. Why would it not be easy for Robert to prove himself?
①  Because he was not sure if he was really strong.
②  Because he was new and was not wanted in the street.
③  Because the other boys had found out what kind of a boy he was.
④  Because he must choose the best way to prove himself.
随机题目
【判断题】 弯矩影响线竖坐标的量纲是长度。
①  正确
②  错误
【判断题】 简支梁跨中C 截面弯矩影响线的物理意义是荷载P=1作用在截面C 的弯矩图形。
①  正确
②  错误
【单选题】 由主从结构的受力特点可知:附属部分的内力(反力)影响线在基本部分上( )。
①  全为零
②  全为正
③  全为负
④  可正可负
【单选题】 无阻尼单自由度体系在简谐荷载作用下,共振时与动荷载相平衡的是( )。
①  弹性恢复力
②  惯性力
③  惯性力与弹性力的合力
④  没有力
【单选题】 静定结构的影响线的形状特征是( )。
①  直线段组成
②  曲线段组成
③  直线曲线混合
④  变形体虚位移图
【单选题】 机动法作静定梁影响线应用的原理为( )。
①  变形体虚功原理
②  互等定理
③  刚体虚功原理
④  叠加原理
【单选题】 图示结构某截面的影响线已做出如下图所示,其中竖标yc是表示()。<img src=https://huaweicloudobs.ahjxjy.cn/E1150429701C51DF929563EC17079586.png title=27.png alt=27.png/>
①  P=1在E时,C截面的弯矩值
②  P=1在C时,A截面的弯矩值
③  P=1在C时,E截面的弯矩值
④  P=1在C时,D截面的弯矩值
【判断题】 在力矩分配中,当远端为定向支座时,其传递系数为0。
①  正确
②  错误
【判断题】 用位移法计算荷载作用下的超静定结构时,采用各杆的相对刚度进行计算,所得到的节点位移不是结构的真正位移,求出的内力是正确的。
①  正确
②  错误
【单选题】 位移法基本方程中的自由项 <img class=jc-formula data-tex={ F }_{ ip } src=https://huaweicloudobs.ahjxjy.cn/AC073BF619F2B39E2B3F2293EDFDA375.png style=vertical-align: middle;/>,代表荷载在基本体系作用下产生的( )。
①  <img class=jc-formula data-tex={ \Delta }_{ i } src=https://huaweicloudobs.ahjxjy.cn/D38C3DA1B5DE1337EA57513988E7CD36.png style=font-family: Times New Roman, serif; font-size: 14px; white-space: normal; vertical-align: middle;/>
②  <img class=jc-formula data-tex={ \Delta }_{ j } src=https://huaweicloudobs.ahjxjy.cn/F86B104B6D96A749E7A2426EC47FD95B.png style=font-family: 宋体; font-size: 14px; white-space: normal; vertical-align: middle;/>
③  第i个附加约束中的约束反力
④  第j个附加约束中的约束反力