Traffic Light Reading is one of students' favorites! And it's so simple. Here's what to do: Take three pens in different colors, most suitably red, orange and green. But it's not too important as long as teachers and students are both clear on the colour code they're going to use.

    Students read a text, not worrying too much about how much they understand. Teachers can ask them to re-read when students are paying attention to vocabulary. Start by underlining the words that they understand completely (including names, numbers etc) in green.

    Then students re-read the text and underline the words that look familiar-they maybe know them but aren't too sure about them. You guessed it: in orange.

    Finally, students read the text a third time underlining the words they clearly don't understand in red. Sometimes teachers might want to set students a limit for how many red words they underline, telling them only to underline the words that they believe are seriously blocking their understanding of the text as a whole. Generally, however, students are pleasantly surprised by how few words are red and how many are green. Seeing their ability laid out in a visual way really helps to increase confidence.

    Once the whole text is underlined, teachers can give students a limit of 5, 10 or 15 words, depending on the length of the text, and tell them they're only allowed to look these words up in a dictionary. This helps them to recognize words that are actually getting in the way of their understanding of the text and words that they don't know but actually don't impact their whole understanding of the text.

    This is a useful activity that can be done with a printed text, in a Google Doc, on RealtimeBoard, or set as a homework task for some independent study.

    In the story of “The crow and the Pitcher” from Aesop's Fables, a thirsty crow(乌鸦) drops stones into a narrow jar to raise the low level of water inside so he can take a drink.

    Now scientists have evidence to back up that story. New Caledonian crows actually do understand how to make water displacement work to their advantage, experiments showed. The results suggest that the birds are, at least in some aspects, as smart as first-graders, according to the study.

    Researchers, led by Sarah Jelbert at the university of Auckland in New Zealand, presented six crows with tubes filled with water. Inside the tubes, a worm or piece of meat on a piece of wood was floating, just out of reach of the crow. In front of the tubes, the researchers arranged a bunch of heavy rubber erasers that would sink, and light plastic objects that would float. The crows found out that they could drop the heavy objects into the tubes in order to raise the water level and get their snack.

    However, the birds handled awkwardly in experiments in which they could choose to drop objects in either a wide tube or a narrow tube to get a snack, the researchers said. Dropping objects into narrow tube would lift the water level by a greater amount and put the treat within reach after just two drops. In contrast, it took around seven drops to raise the snack to the same level in the wide tube. The crows obviously didn't realize this, and most of them went for the wide tube first.

    Previous studies showed that chimps and human children can solve similar tasks. In a 2011 study, chimps and kids found out that they could put water into a tube to reach a peanut that was floating in small amount of water at the bottom.

    Ammie Reddick from East Kilbride, Lanarkshire, was only 18 months old when she had the accident that had scarred(留下创伤）her for life. The curious child reached up to grab the wire of a hot kettle in the family kitchen and poured boiling water over her tiny infant frame.

    Her mother Ruby turned round and, seeing Ammie horribly burnt, called an ambulance which rushed her daughter to a nearby hospital. Twenty percent of Ammie's body had been burned and all of her burns were third-degree. There, using tissue（组织）taken from unburned areas of Ammie's body, doctors performed complex skin transplants(移植）to close her wounds and control her injuries, an operation that took about six hours. Over the next 16 years, Ammie underwent 12 more operations to repair her body.

    When she started school at Maxwelton Primary at age 4, other pupils made cruel comments or simply wouldn't play with her. "I was the only burned child in the street, the class and the school,” she recalled, “some children refused to become friends because of that.”

    Today, aged 17, Ammie can only ever remember being a burned person with scars; pain is a permanent part of her body. She still has to have two further skin transplants. Yet she is a confident, outgoing teenager who offers inspiration and hope to other young burns victims.

    She is a member of the Scottish Burned Children's Club, a charity set up last year. This month, Ammie will be joining the younger children at the Graffham Water Center in Cambridge shire for the charity's first summer camp. “ I will show them how to get rid of unkind stares from others,” she says. Ammie loves wearing fashionable sleeveless tops, and she plans to show the youngsters at the summer camp that they can too.“ I do not go to great lengths to hide my burns scars,” she says, “ Igave up wondering how other people would react years ago.”

    It may not come as a surprise but the world as a whole is getting richer. Some people have more disposable income to spend on luxuries such as holidays, cars, TVs and smartphones. Recent data has shown that the number of people living in extreme poverty has halved in recent decades. So should we celebrate the fact that more of us now have a better standard of living?

    Maybe not. While the gap between rich and poor in some countries is narrowing, there is still a lot of inequality in other places-some people have a lot of money and opportunities and others don't. A recent report by Oxfam and Credit Suisse revealed how divided many of us are when it comes to wealth. A lot of the money in the world is in the hands of very few people. In fact, 48% of global wealth is owned by the richest 1% of the population.

    But some countries are attempting to reduce this inequality and make the poor less poor. According to David Bryer from Oxfam, Brazil has been taking “some really sensible measures-measures around having more progressive tax, around investing in a higher minimum wage and investing in central public services.” Having a higher minimum wage(提高最低工资标准), can help people eat better and seek a better education. And more people with more money buy more things-and factories can produce more. In turn, a factory which produces more will need more workers. So, more jobs are created.

    Other wealthy individuals are doing their bit to help reduce inequality. Bill Gates, the founder of Microsoft, earned a lot of money from his company but when he retired, he and his wife Melinda, created a foundation to help the poor. He thinks that rich people should, of course, pay their taxes but he also advises that they should all “look at taking their wealth and being philanthropic, both in their own country and to help the global poorest.”

    Bill Gates feels that giving money to help poor people is “fulfilling”. But if other super-rich people don't want to experience this fulfilment then, according to Oxfam, very soon the wealthiest 1% will soon own more money than the rest of the world's population. Do you think that is fair?

    Admission & Opening Times

    Museum Opening Times

    The museum is open daily: 10 am—5 pm

    Collections Centre opens daily: 11 am—5 pm

    Last admission to the museum and Collections Centre is 4:30 pm.

    Closed: December 24, 2017—January 1, 2018 inclusive

    Museum Admission

    Your entry fee will be treated as a donation to our charity on which we may also be able to claim Gift Aid. In return you will receive FREE admission to the museum for a year with our Annual Pass (this excludes 5 Special Show Days per year).

    Tickets for today's date are only available to buy at the museum.

Museum Tours

    An optional tour of the museum is included in your entry fee. The tours are available between 11:15 am and 2 :15 pm every day. They do not have to be pre-booked but have time limits.

Collections Centre

    Access to the Collections Centre is included in your entry fee, so you will just need to show your museum admission ticket at the door to gain entry. The Collections Centre is open from 11 am to 5 pm with last entry at 4:30 pm.

Show Days

    On most show days the normal museum entry prices are applied. There are, however, five Special Show Days per year when the admission price varies, including entry both into the show and the museum. On these days, Gift Aid tickets and promotional vouchers(促销券) are not valid. Advance discounted Show Day tickets are available online or via our Ticket Hotline 019-266 45033.

For more information about the British Motor Museum, please click here.

Inventor James West was born in 1931 in Virginia. As a child, he spent lots of time studying how things worked and enjoyed taking apart small machines. "If I had some tools, any small machines that could be opened were in danger," West said. "I had a strong desire to know what was inside. "

After an accident with a radio, West paid special attention to electricity. But his parents were concerned about the future job for an African-American scientist. They preferred him to become a doctor. However, West headed to Temple University in 1953 to study physics. Because of his school performance in physics, he managed to get training during the summer at Nokia Bell Labs, a world-known American industrial research and scientific development company. He received a college degree in physics in 1957, and upon graduation, he became a worker at Nokia Bell Labs.

In 1960, while at Bell, West teamed up with scientist Sessler to develop a less expensive, more powerful and smaller microphone (麦克风), In 1962, they finished the development on the product. Their invention became the industry standard. And even today, 90 percent of microphones — for example, found in telephones, tape recorders, baby monitors and hearing aids — are based on their technology.

West was chosen as Inventor of the Year by the state of New Jersey and president of the Acoustical Society of America. And both West and Sessler were chosen into the National Inventors Hall of Fame.

West left Bell in 2001. After some interviews with several universities, he chose the Johns Hopkins University and became a research professor at its Whiting School of Engineering. "I discovered that Johns Hopkins was a lot like Bell Labs, where the doors were always open and we were free to work with researchers in other areas," he said. "I like the fact that I won't be locked into one small closed room here. "