Distance learning is a form of education in
However, distance learning has become a (n)
2 . Peru is prepared to approve new laws that would make it easier to investigate and punish researchers who engage in academic cheating, including paying to have their names added to a paper.
The move comes as Peru’s national science agency seeks to crack down on authorship buying and other dishonest practices. It recently removed two scientists accused of dishonest publications from a national registry that is key to receiving government sponsor, job promotions, and salary bonuses. And officials are investigating more than 170 other researchers at a Peruvian media report claimed were involved in academic misconduct, including 72 listed in the national registry who work at 14 universities in Peru.
The new laws will empower universities and government officials to punish such behavior. Dishonest publishing practices “ transcend mere moral misbehavior” because they enable researchers to obtain government and private funding without telling the truth, says Edward Málaga Trillo, a member of Congress who is the driving force, behind the bills, which lawmakers are expected to finalize early this year. “These individuals are operating academic cheating.” Peru’s academic community has been struggling with a rising tide of false authorship and related problems. One cause, some researchers say, is a 2014 law that aimed to stimulate research by rewarding researchers who boost their publishing output. For example, under a scoring system used by universities,researchers can earn five points for authorship in a high-impact journal, and two points when the journal is lower impact. A massing points can bring bonus payments and career promotion.
Signs of dishonest publishing can be obvious, notes Nahuel onteblanco,president of Cientificospe, a Peruvian group that investigates misconduct. Many of the papers cited by Punto Final have numerous co-authors from different nations with few prior publications on the same subject. “If your colleague consistently publishes 20 articles a year with co-authors from other countries, that’s highly suspect.” Monteblanco says.
1. What action did Peru take recently to address academic cheating?A.Disqualifying 2 scientists from a national registry. |
B.Fining 72 offenders for academic dishonesty. |
C.Punishing 170 researchers for academic misconduct. |
D.Withdrawing government fund from 14 universities. |
A.Opposed. | B.Concerned. | C.Approving. | D.Neutral. |
A.It advocated a fair scoring system. |
B.It applied to high-impact journals. |
C.It aimed to punish dishonest publishing. |
D.It led to an increase in false authorship. |
A.Career promotion. |
B.Consistent research focus. |
C.Co-authors from various countries. |
D.Few citations by Punto Final. |
3 . I often hear kids say, “I’m not a math person” or “I’m just not good at math.” These statements reflect what’s called a “fixed mindset”, which is often associated with a sense of discouragement, powerlessness and inability to improve one’s situation. A fixed mindset is extremely common in math classrooms, but with the help of teachers, students can adopt a “growth mindset”.
This means believing in their potential to acquire the skills and knowledge. In strong, productive teacher-student relationships, teachers nurture (培养) growth mindsets. And there are some key steps in building these relationships, starting with giving instruction that meets the skill levels of individual students. Besides, it’s important to give students social and emotional support, so they could develop social awareness self-management, decision-making and relationship skills.
How could teachers do these among class prep and grading duties? I believe in applying educational technologies. With the right tools, teachers can skillfully manage to individualize instruction and meet social-emotional needs.
Razzaq, a math teacher at Doherty High School, has students from different socioeconomic backgrounds, and some were still learning English alongside math. The school once placed a student in her class, who hadn’t been in formal school since third grade. Students have different levels and social-emotional needs that demand attention from teachers. Sometimes they’re not aware or communicative of the areas in which they need help. Razzaq gives tests with the help of some educational platforms, which generate reports that summarize individual weak points. Then Razzaq could give instructions suiting their academic situations, making productive use of class time. She also uses technologies that provide insights into social-emotional experiences such as attentiveness and time management. The data enables her to initiate conversations that make a difference in students’ education.
More importantly, we need to examine our approach to education. Are we creating an environment where children can develop healthily? How are we satisfying the needs of our future generations? Only by knowing our vision can we decide the technology to complete the picture.
1. Which of the following problems do students often have about learning math according to the text?A.Personal interest. | B.Low confidence. |
C.Poor self-control. | D.Poor learning ability. |
A.By giving an example. | B.By conducting research. |
C.By analyzing statistical data. | D.By making some comparisons. |
A.They encourage students to communicate. |
B.They provide suggestions on math teaching. |
C.They correct the mistakes students make in tests. |
D.They give information about students’ learning situation . |
A.A technician. | B.A psychologist. |
C.An educationist. | D.A mathematician. |
4 . A long-term American study shows the effect of early education on future learning abilities. The study followed more than 1,300 children from birth through the ages of ten or eleven years. The study is known as the Human Development Study of Early Child Care. It is said to be the largest, longest lasting and most complete study of child care in the United States. The children included in the study were born around 1991 in ten areas of the country. Researchers examined the quality and amount of child care the children received until they were 54 months old. Child care included any care provided by people other than the child’s mother that lasted at least ten hours a week. This included any care given by fathers or other family members. The researchers then examined cach child’s performance in school and social development. They also measured other influences, such as the quality of classroom education and parenting (教养).
Recently, the researchers examined whether the developmental qualities that bad been observed in young children were still present a few years later. They found that the older children who had received higher quality child care continued to show better ability in measures of language skills. The children’s understanding was observed using a method which shows their ability to name objects shown in some pictures. The study confirmed a link between high quality child care and better test results continued as the children grew older. It also found that the children’s ability was not dependent on the amount of time they had spent in child care.
Interestingly, children who had been in child care before entering school were also more likely to have shown aggression (攻击性) or refusal to obey in their early school years. However, the researchers said the children’s behavior was considered normal.
1. The children in this study________.A.are from big chios in America |
B.are all at the same age |
C.were taught how to care for themselves at school |
D.were examined for influences caused by child care |
A.the better the child care is, the better children can draw |
B.some of children’s abilities develop well because of child care |
C.higher quality child care can help children develop better creativity |
D.child care has no influence on children’s language skills |
A.deal with different things better |
B.develop his ability as well as those spending more time |
C.learn to use new methods more quickly |
D.get no benefit from child care |
A.The study is aimed at showing the effect of early education on future learning abilities. |
B.Researchers examined the children’s abilities in many aspects. |
C.Child care provided by fathers was not included in the study. |
D.Each child was examined on the quality and amount of child care for 54 months. |
5 . In a new study, researchers found a link between outdoor education and science grades. The findings indicate outdoor education could be a promising tool to help close gender (性别) gaps in science. “The outdoors is a space where teachers can find tangible ways to make science come alive,” says lead author Kathryn Stevenson, assistant professor of parks, recreation, and tourism management at North Carolina State University.
“The natural environment is also a place that everybody has in common. In a way, it’s also a great context for employing teaching practices like hands-on, inquiry-based learning or group work. These practices can be good for all students, but they may be particularly good for reaching students who aren’t as well-served in classroom settings,” Stevenson says.
The researchers studied the impact of an outdoor science education program called Muddy Sneakers on fifth graders’ science grades and knowledge of, and attitude about, science.
Fifth graders from western North Carolina attended between 6 and 10 days of Muddy Sneakers. They had science lessons in nearby natural areas, including state parks and school grounds, Outdoor lessons followed the standard course of study for science through hands-on activities, hikes, nature exploration, and reflections.
Researchers compared the performance of 237 students who learned about science in the classroom to 403 students who participated in the outdoor program. When researchers evaluated (评估) students’ science grades by gender, they saw that girls who participated in the outdoor science program maintained their science grades on average (平均), while girls’ average grades in the traditional science classes dropped. They also saw that participation in average grades in the traditional science classes dropped. They also saw that participation in the outdoor program helped girls learn more about how science works on average, but traditional classrooms did not.
Boys in the outdoor and traditional class settings had fairly stable science grades on average and saw similar gains in knowledge of how science works. “Outdoor education seems to be one of those contexts that helps everyone learn, but it may be really, really helpful for some students in particular,” Stevenson says.
1. What does the underlined word “tangible” in paragraph l mean?A.Practical. | B.Ineffective. | C.Challenging. | D.Unfair. |
A.To improve fifth graders’ science grades. |
B.To provide part-time jobs for the students. |
C.To learn the effect of outdoor education on students. |
D.To earn some money from different kinds of courses. |
A.By listing numbers. | B.By interviewing students. |
C.By explaining the causes. | D.By making a comparison. |
A.Doubtful. | B.Favorable. | C.Unclear. | D.Objective. |
6 . In a crowded migrant (移民) camp in Tijuana, Mexico, a three-year-old girl wandered
It was December 2018, a time when the US-Mexico border was seeing migrants from Central America
Back at home, Rebellón gathered a group of volunteer
Rebellón has received numerous
A.leisurely | B.alone | C.freely | D.abroad |
A.tended | B.recognized | C.invited | D.noticed |
A.relief | B.health | C.business | D.education |
A.fighting | B.preventing | C.escaping | D.worsening |
A.side | B.place | C.hand | D.heart |
A.determined | B.annoyed | C.disappointed | D.panicked |
A.line up | B.make up | C.stand up | D.look up |
A.soldiers | B.doctors | C.writers | D.teachers |
A.expenses | B.savings | C.bills | D.charges |
A.integrated | B.forced | C.transformed | D.translated |
A.Limited | B.Funded | C.Motivated | D.Influenced |
A.create | B.adjust | C.reject | D.follow |
A.special | B.strange | C.common | D.major |
A.opportunities | B.honours | C.blessings | D.messages |
A.display | B.possess | C.maintain | D.expand |
7 . “We are living in an age for learning, when there’s so much knowledge available that one would think that this is good news for higher education, yet we’ve seen enrollment (入学) in higher education drop for six years.” said Bryan Alexander, who often writes about the future of higher education.
Alexander believes that for some colleges and universities to survive, they need to shift from their historical mission of serving one type of student (usually a teenager fresh out of high school) for a specific period of time. “We’re going to see many different ways through higher education in the future,” Alexander said, “from closer ties between secondary and postsecondary schools to new options for adults.”“The fact is that to maintain affordability, accessibility and excellence, something needs to change,” said Rafael Bras, Georgia Tech’s president. Among many impressive ideas about that, three point to the possibility of a very different future for colleges and universities.
1) College for life, rather than just four years. The college should turn itself into a place for lifelong learning that allows students to “associate rather than enroll”. The system that receives students once in their lives and turns them out with approval to become alums (校友) and come back on occasion and give money is not the right model for the future.
2) A network of advisers and coaches for a career. If education never ends, neither should the critical advising function that colleges provide to students. It’s promising that artificial intelligence and virtual tutors will help advise students about selecting courses and finding the best career options.
3) A distributed presence around the world. Colleges and universities operate campuses and require students to come to them. In the past couple of decades, online education has grown greatly, but for the most part, higher education is still about face-to-face interactions. Why not blend the two worlds?
Whether the ideas will become real is, of course, unclear, but what is clear is that colleges and universities are about to undergo a period of deep change — whether they want to or not — as the needs of students and the economy shift.
1. The underlined word “blend” can be best replaced with ________.A.distribute | B.split | C.connect | D.combine |
A.Enrollment in higher education drops because there’s too much knowledge available. |
B.The colleges and universities serving one type of student for 4 years will disappear soon. |
C.Probably people won’t have to go to college and university campuses for higher education. |
D.Higher education has the obligation to maintain affordability, accessibility and excellence. |
A.the driving factor of the change in higher education is the change in the needs of students and the economy |
B.people will probably be at college all their life rather than just four years to associate with their alums |
C.artificial intelligence and virtual tutors will work together to help students select courses and find best careers |
D.colleges and universities are scheduled to undergo changes for a different future whether they want to or not |
A.No More Traditional Higher Education | B.Colleges and Universities: Change or Die |
C.The Struggle of Higher Education | D.How to Survive in Colleges and Universities |
8 . Two authors, Kylen Ribeiro and Michelle Zofrea, have written a children’s book Henry’s Tech-Free Trip to explore why parents want kids to limit screen time.
The authors said they have seen many news stories and studies in recent years warning parents about monitoring (监视) both the quality of the content and the amount of time their kids spent with tablets, phones and smart watches. But they didn’t see any books that were written for kids on the topic.
“We hope that it will help kids connect the topic,” Zofrea said. She said it reminded her that her mother warned her not to overdo it on Halloween candy. She didn’t follow the advice and wolfed down all her treat and felt sick later. “Like with food, we can set rules and lecture kids. It’ll be more effective if they start to notice how they feel,” Zofrea said.
The authors both work for DefenderShield, a Tampa-based company that sells products to block electromagnetic field radiation (电磁辐射) from laptops, cell phones and tablets. Their work there is what inspired the book, though they know it can be a heated topic because of the debate over the science of radiation’s effects.
While concerns are rising about the amount of time kids spend online, parents always remain on their phones at home. “I’ve always said children learn from what we do and not what we say,” said Pam Patranella, a doctor who reviewed the book and liked the idea of taking the screen time lesson to kids.
The book’s authors said parents need to be reminded that their kids have grown up in a different world, one that has had computers and tablets since the day they were born. “We want to bring up the concept (观念) of digital wellness for families and children,” Ribeiro said.
1. Why did Zofrea mention Halloween candy?A.To express thanks to her mother. | B.To explain that awareness matters. |
C.To tell kids to have sugar-free food. | D.To show the meaning of the festival |
A.what may catch people’s attention online |
B.what inspires scientists to design phones |
C.what radiation’s effects mean for children |
D.what leads the authors to write the book |
A.Put effort into reading. | B.Pick up phones at home. |
C.Act as a role model. | D.Talk to kids patiently. |
A.Kids’ Screen Time | B.A Connected World |
C.Parents’ Concept | D.A Digital Course |
9 . Waking up at the crack of dawn and going for a run might feel intimidating when you start trying to make it a habit. Weaving a significant new activity such as this into your regular routine obviously takes determination and time — but how much time is really needed to make that habit stick?
One popular idea suggests that it takes 21 days to solidify a habit. The “three-week theory” originated from the 1960 self-help book Psycho-Cybernetics, in which plastic surgeon Maxwell Maltz observed that it took his patients about 21 days to get used to their new appearance after surgery. Even without much solid research, the 21-day myth became widely accepted. It likely persisted because it seems like such a reasonable amount of time, Colin Camerer, a behavioral economist at the California Institute of Technology who has conducted research on habit formation, explains.
Almost a half century later, researchers finally gathered strong evidence that countered this idea. A significant 2009 study on habit creation found that habits developed in a range of 18 to 254 days; participants reported taking an average of about 66 days to reliably incorporate one of three new daily activities — eating a piece of fruit with lunch, drinking a bottle of water with lunch or running for 15 minutes before dinner. Consistent daily repetition was the biggest factor influencing whether a behavior would become part of an automatic daily routine, says Lally, who was the first author on the study.
The type of activity is also a factor. Last year a study conducted by Camerer and his colleagues showed that creating a handwashing habit took a few weeks, compared with the half year it took for people to develop an exercise habit. Handwashing, the study noted, is less complex than exercising and offers more opportunities to practice. The researchers also suggested that habit formation depends on the effort that a person puts into practicing an activity and on the presence of environmental cues that would remind them to carry out the behavior.
1. Why is waking up early for a run mentioned in the first paragraph?A.To advocate taking exercise regularly. |
B.To express the difficulty of an early rise. |
C.To stress the significance of getting up early. |
D.To introduce how long it takes to develop a new habit. |
A.Because the theory persisted for a long time. |
B.Because a noted surgeon put forward this theory. |
C.Because 21 days may be seen as realistic and achievable. |
D.Because the theory was originated from a popular self-help book. |
A.Repeated practice. | B.Time. | C.Determination. | D.Individualized ways. |
A.The ways of changing a habit. | B.The time frame of developing a habit. |
C.The activities to create a habit. | D.The influence of having a habit. |
10 . Aesthetic (审美) education aims to improve aesthetic awareness, experience aesthetic qualities, encourage aesthetic creativity, and promote aesthetic judgement.
In order for kids to be able to appreciate natural wonders, shapes and pictures, they must be able to first notice them. This is why the development of the ability to notice the beautiful is the primary task of aesthetic education.
Judging or evaluating aesthetic qualities demands formed evaluation criteria. In order for beauty to reveal its true value, we must be familiar with its particularities. Throughout the process of aesthetic education, various types of knowledge, abilities and evaluation criteria must be applied.
A.This way, the child will develop the foundations for assessing the beautiful. |
B.And it is these that the aesthetic experience is built upon. |
C.The beautiful will be likely to be created. |
D.Instead, it is about creativity in the creation of aesthetic values in everyday life. |
E.Beauty can be found all around us. |
F.In some way, this is the ability to perceive aesthetic qualities. |
G.Aesthetic qualities have to be felt. |