[解析]
(1)细节理解题。根据首段末句Research from the University of Chicago offers evidence for the link between math anxiety and avoidance. (芝加哥大学的研究为数学焦虑和逃避之间的联系提供了证据。)可知,芝加哥大学的研究为数学焦虑和逃避之间的联系提供了证据。故选B。
(2)段落大意题。根据第二段Studying nearly 500 adults through a computer program called the Choose﹣And﹣Solve Task (CAST),the researchers gave participants (参加者) a choice between math and word problems labeled "easy" and "hard".The easy problems were always worth two cents,while the hard problems were worth up to six cents.They also informed participants the computer task would change the questions in the process of testing based on their abilities,enabling them to handle about 70% of the hard problems. (研究人员通过一个名为"选择和解决任务"(CAST) 的电脑程序对近500名成年人进行了研究,让参与者在数学和文字问题中选择"容易"和"难"。简单的问题总是值两美分,而难的问题值六美分。他们还告知参与者,计算机任务将根据他们的能力在测试过程中改变问题,使他们能够处理大约70%的难题。)可知,本段主要介绍研究是如何组织实施的。故选A。
(3)细节理解题。根据第四段首句The findings also contradict a widely held belief that feeling anxious about math and avoiding math﹣related problems is rooted in being bad at math. (人们普遍认为,对数学感到焦虑和回避与数学有关的问题植根于数学不好,而这一发现也与此相矛盾。)可知,人们普遍认为,数学焦虑和回避与数学有关的问题植根于数学不好,也即是,数学焦虑是由数学不好造成的。故选D。
(4)推理判断题。根据末段最后两句"Another path may be to create early positive experiences around math.For example,telling stories featuring math and tackling problems around the story may be helpful." he adds. ("另一种途径可能是在早期创造关于数学的积极体验。例如,讲一个以数学为主题的故事,并围绕这个故事解决问题可能会有所帮助。"他补充道。)可知,Rozek认为可以采用适当的办法解决数学焦虑。A.Reframing math anxiety from negative to positive is impossible.将数学焦虑从消极转变为积极是不可能的;B.People with math anxiety should pay attention to math less.有数学焦虑症的人应该少关注数学;C.People can deal with math anxiety through proper ways.人们可以通过适当的方法来处理数学焦虑;D.People with math anxiety won't perform better.有数学焦虑症的人不会表现得更好。故选C。