input: Please answer the following: Write a multi-choice question for the following article, with the given choices and answer: Article: How do apology languages work? Have you ever tried to apologize, only to be refused? It may be that you were offering a partial apology in a "language" , that was foreign to your listener. The five languages of apology include: Apology Language 1: "I am sorry." List the hurtful effects of your action. Not "I am sorry if ...", but "I am sorry that...". You might ask if they want to add any points that you have not recognized. Apology Language 2:"I was wrong." Name your mistake and accept fault. Note that it is easier to say "You are right" than " I am wrong", but the latter carries more weight. Apology Language 3: " What can I do to make it right?" How are you now? How shall I make amends to you? How can I restore your confidence that I love you-- even though I was so hurtful to you? Apology Language 4: "I'll try not to do that again." Engage in problem-solving. Don't make excuses for yourself such as, "Well, my day was just so..." Instead, offer what you will change to prevent yourself from putting them in the same bad situation again. Apology Language 5: "Will you please forgive me?" Be patient in seeking forgiveness. They may need some time or greater clarification of your input from Apology Languages 1-4. Finally, your apology may not be accepted, but at least you know that you have been faithful in offering a sincere olive branch of peace. Options: A "You are right" B "I am sorry if ..." C "I was wrong." D "Well, my day was just so..." Answer: C "I was wrong." Question:
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output: When offering an apology , which of the following does the author prefer?

Please answer this: Write a multi-choice question for the following article, with the given choices and answer: Article: Elephants have impressed us for centuries. They are big, clever, and sociable. But what if someone told you that they may also hold the key to fighting cancer? People have been wondering why elephants do not develop cancer, even though they have life spans that are similar to humans, living for around 50 to 70 years. Now scientists believe they know why. A team at the University of Chicago, Us has found that elephants carry a large number of genes that stop tumors from developing. To be precise, they found 20 copies of an anti-tumor gene called TP 53 in elephants. Most other species, humans included, only carry one copy. According to the research, which was recently published on the online science network BioRxiv, the extra copies of the gene improved the animal's sensitivity to DNA damage. This lets the cells quickly kill themselves when damaged before they can form deadly tumors. "An increased risk of developing cancer has stood in the way of the evolution of large body sizes in many animals," study author Dr Vincent Lynch told The Guardian. If every living cell has the same chance of becoming cancerous, large creatures with long life spans like whales and elephants should have a greater risk of developing cancer than humans and mice do. But across species, the risk of cancer does not show a connection with body mass. _ was found by Oxford University scientist Richard Peto in the 1970s and later named "Peto's paradox". Evolutionary biologists believe it results from larger animals using protection that many smaller do not, In the elephant's case, the making of TP53 is nature's way of keeping this species alive. The study also found that when the same genes were brought to life in mice, they had the same cancer resistance as elephants. This means researchers could use the discovery to develop new treatments that can help stop cancers from spreading or even developing in the first place. "Nature has already figured out how to prevent cancer," said Joshua Schiffman, an oncologist at the School of Medicine,... Options: A They have a large body size B They carry many genes that keep tumors from developing C Certain genes in their body kill existing tumors D Their genes suffer no DNA damage Answer: B They carry many genes that keep tumors from developing Question:
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Answer: Why are elephants unlikely to develop cancer?

input question: Write a multi-choice question for the following article, with the given choices and answer: Article: Every vehicle needs tires, but eventually they wear out. Roads wear out too, and they often need repairing. But new research by a pair of teens suggests the rubber from worn-out tires could lengthen the lifetime of asphalt pavement. Also roads made with this material might need fewer patches . The young researchers presented their findings in May, 2014, as finalists at the International Science and Engineering Fair (ISEF). The 64th annual Intel ISEF shows some of the best high school science projects from around the globe. Many roads are made with asphalt, which requires much petroleum. But Jordan is a country that has very few oil wells or other sources of petroleum, notes Mohammad Salameh, who is a 10th-grader at the International School in Amman, Jordan. For Jordan, having to import most of the country's petroleum adds greatly to its cost, the teen notes. The extra expense means that there's less money to build and maintain roads. That has resulted in poorer quality roads. As a result, those roads need to be patched almost constantly. Therefore, 16-year-old Mohammad and his research partner, 15-year-old classmate Adam Belaid, came up with the idea of adding rubber to asphalt. But that rubber can come from old tires. Even a worn-out tire contains much rubber, which means the material should be plentiful, says Mohammad. Drivers in Jordan replaced 9 million tons of tires between 2006 and 2010, and only 0.3% of that rubber was recycled. That leaves much rubber that could possibly go into road construction. But first the teens had to show adding rubber to asphalt resulted in better roads. To test their idea, they created several different asphalt-rubber recipes. They also tried out different temperatures at which the mix was heated. And their tests suggested that when the surfacing material includes 8% rubber, it should hold up for 10 to 15 years of traffic instead of the normal 5 years. And their recipe should reduce the need for patching worn areas from once a year, to maybe once every 5~7 years... Options: A the roads are the worst across the world B many people are interested in recycling old tires C a typical road is replaced every five years or so D most roads require patching once every five years Answer: C a typical road is replaced every five years or so Question:???
output answer:
We can know from the passage that in Jordan .