In this task, you're given an article and an answer. Your task is to generate the question for the answer based on the given article.

[EX Q]: Article: In October on the east coast of Australia migrating humpback whales pass very close to the shore. With the help of Max Egan, we went to film them near Byron Bay. It was extremely exciting to spot the little puffs of spray on the horizon. When migrating, the whales can be traveling at speeds of about 12km/h and can dive under anywhere between five and forty minutes, but with many years of experience Max usually guided our boat to exactly the right place to provide us with amazing sighting. As the whales break the surface like submarines , the water spills off their broad dark backs and huge tails. Then, with a powerful down stroke, they dive back into the depths of the sea, leaving just a smooth glassy patch of water or "footprint" on the surface to show where they had been. One day we had traveled up and down the shore and far out to the sea in search of whales, but the horizon was deserted. There was no report of whales in the area so we decided to test out Max's new, highly sensitive hydrophone and the result was astonishing. As soon as the hydrophone was in the water, we found ourselves listening to the most beautiful voices. What may have seemed like a vast empty ocean was filled with the singing of whales. It is the males which sing, as they migrate between feeding and breeding grounds. No one knows for sure what the purpose of these songs is, whether they are love songs to the females or warnings to other males to stay away. It was thought that each population of humpbacks had its own song which remained regular but recent findings suggest that the whales appreciate a memorable tune and quickly adopt any new songs they hear.
Answer: The songs of whales.
[EX A]: Which finding about whales is beyond the writer's expectation?

[EX Q]: Article: The 2012 London Olympics had enough problems to worry about. But one more has just been added - a communications blackout caused by solar storms. After a period of calm within the Sun, scientists have detected the signs of a flesh cycle of sunspots that could peak in 2012, just in time for the arrival of the Olympic torch in London. Now scientists believe that this peak could result in vast solar explosions that could throw billions of tons of charged matter towards the Earth, causing strong solar storms that could jam the telecommunications satellites and interact links sending five Olympic broadcast from London. "The Sun's activity has a strong influence on the Earth. The Olympics could be in the middle of the next solar maximum which could affect the functions of communications satellites," said Professor Richard Harrison, head of space physics at the Rutherford Appleton Laboratory in Oxfordshire. At the peak of the cycle, violent outbursts called coronalmass ejections occur in the Sun's atmosphere, throwing out great quantities of electrically-charged matter. " A coronal mass ejection can carry a billion tons of solar material into space at over a million kilometres per hour. Such events can expose astronauts to a deadly amount, can disable satellites, cause power failures on Earth and disturb communications," Professor Harrison added. The risk is greatest during a solar maximum when there is the greatest number of sunspots. Next week in America, NASA is scheduled to launch a satellite for monitoring solar activity called the Solar Dynamics Observatory (SDO), which will take images of the Sun that are 10 times clearer than the most advanced televisions available. The Rutherford Appleton Laboratory helped to make the high-tech cameras that will capture images of the solar flares and explosions as they occur. Professor Richard Hold away, the lab's director, said that the SDO should be able to provide early warning of a solar flare or explosion big enough to affect satellite communications on Earth "If we have advance warning, we'll be able to reduce the damage. _
Answer: The number of sunspots declines after coronal mass ejections.
[EX A]: What can be inferred about the solar activity described in the passage?

[EX Q]: Article: I grew up in Lakeland, Louisiana, one of 7 children. We all lived on my parents' farm. At 12, I got a part-time job--milking cows to help support the family. I milked cows at five in the morning and again at two in the afternoon, seven days a week. In the kitchen one Saturday before daytime, I remember complaining to my father and grandfather about having to go milk those cows. My father said, "You know, boy, to work is a blessing ." Going to college was rare for a kid from Lakeland, Louisiana. "Pick something that you like doing to study, and you will always look forward to your work," my father told me. But he also added, "Even having a job you hate is better than not having a job at all." I wanted to be a farmer, but I joined the ROTC program to help pay for college. And what started out as an obligation to the army became a way of life that I was devoted to for 37 years. In the late 1980s, during a visit to Bangladesh, I saw a woman with a baby on her back, breaking bricks with a hammer. I asked a Bangladesh military officer why they weren't using a machine. He told me a machine would make that lady unemployed . Breaking those bricks meant she could earn enough money to feed herself and her baby that day. He told me bad as that woman's job was, it was enough to keep a small family alive, which reminded me of my father's words. I'm retired from the army, but I'm still working to help people be prepared for disaster. I'm not going to stop. I believe in my father's words. I believe in the blessing of work.
Answer: He hated having to work so hard.
[EX A]:
What can we learn about the writer's first part-time job?