Given a question and a context passage, generate the answer having the word or phrase from the context passage. Here, the answer should be a shortest continous span from the passage.

Input: Consider Input: Context: With only four days until the bar exam, an utterly unprepared law intern, Rick Robinson (Ben Gourley), is given a rare opportunity to score points with his boss, Maxwell McAllister (Rutger Hauer) and without thinking, commits to a favor he cannot afford. Rick soon finds himself stuck in a grueling cross country road trip driving a rundown U-Haul truck carrying all his boss's worldly possessions. To make matters worse, he is left in charge of Mr. McAllister's bratty Hollywood-bound niece Michelle (Mila Kunis) and her out-of-control pet pig. The trip from Miami to Los Angeles meets several snags. The truck breaks down on a backwoods road in the deep South, and Rick's clothes are burned by the hillbilly family providing them refuge for the night. Later, another breakdown results in Rick being knocked unconscious. He is rescued by a peculiar hitchhiker called Orlie (Jon Heder), who finds a motel room for him and Michelle. Orlie asks to accompany Rick and Michelle, and is accepted, as Rick believes he owes him a favor for his rescue. Michelle takes a shine to Orlie, and they proceed to have fun at Rick's expense. After Orlie forces Rick into an unusual encounter in a fast food restaurant lavatory, Rick decides to leave him behind. He and Michelle grow closer to one another, following a stop at a Texas beach. Rick permits Michelle to drive, despite the insurance liability, due to fatigue. He wakes to find Michelle has taken them to Wichita, Kansas and Rick's home. Consequently, Rick is forced into a painful confrontation with his mentally ill father, an experience for which Michelle apologizes. They grow even closer as Michelle relates her life growing up. The pair travel to Colorado, where the truck runs out of gas. A semi in which Orlie is traveling as a passenger comes to their aid. Following a stop in a small town, the truck (and Michelle's pig) is stolen by men working for local crime boss "The Lady" (Billy Drago). The Lady forces Rick and Orlie to fight in a cage match before he returns the truck, impressed by the show they put on. Crossing into Utah, Orlie spots a landscape that matches a drawing in his notebook. He believes that he has switched bodies as some past moment when he was near death, and believes that the person now occupying his body will arrive here. A switch can then take place. Orlie leaves Rick and Michelle, telling them to keep going. As the window for Rick to safely arrive back in Miami for the bar exam narrows, he rejects Michelle's assertions that there is something special between them. Rick drives straight to Los Angeles, arriving in Malibu where Mr. McAllister is waiting for them at his beachside property. He states that Rick has arrived late, but does not appear overtly concerned. Realizing he must hurry to fly back to Miami, Rick rushes to the taxi McAllister has arranged for him, leaving Michelle asleep in the truck. At the airport security checkpoint, Rick realizes he is making a terrible mistake as he observes the Polaroid photos Michelle has snapped throughout their trip. Knowing he is meant to be with Michelle, he scrambles out of the airport and returns to Malibu. Finding Mr. McAllister, Rick confesses his feelings for Michelle. McAllister, having heard similar sentiments from Michelle regarding Rick, thanks him for returning and asks him to take care of her. McAllister adds that his law firm will be opening a Los Angeles branch. The movie ends as Rick reunites with Michelle on the beach, and a man approaches Orlie back in Utah. 
 Question: Where is Rick helping the niece move from?

Output: miami


Input: Consider Input: Context: Asturias Forum was founded in January 2011 by former Deputy Prime Minister Francisco Alvarez Cascos, who left the People's Party (PP) after failing to be selected as the party's candidate for President of Asturias in the 2011 election. 
 Question: Who led Asturias Forum?

Output: francisco álvarez cascos


Input: Consider Input: Context: Humans did not reach space until the second half of the 20th century. They needed somehow to break past Earths gravity. A rocket moves rapidly in one direction. The device is propelled by particles flying out of it at high speed in the other direction. There are records of the Chinese using rockets in war against the Mongols as early as the 13th century. The Mongols then used rockets to attack Eastern Europe. Early rockets were also used to launch fireworks. Rockets were used for centuries before anyone could explain how they worked. The theory came about in 1687. Isaac Newton (16431727) described three basic laws of motion, now referred to as Newtons Laws of Motion: 1. An object in motion will remain in motion unless acted upon by a force. 2. Force equals mass multiplied by acceleration. 3. To every action, there is an equal and opposite reaction. Which of these three best explains how a rocket works? Newtons third law of motion. When a rockets propulsion pushes in one direction, the rocket moves in the opposite direction, as seen in the Figure 23.12. For a long time, many people believed that a rocket wouldnt work in space. There would be nothing for the rocket to push against. But they do work! Fuel is ignited in a chamber. The gases in the chamber explode. The explosion creates pressure that forces the gases out of one side of the rocket. The rocket moves in the opposite direction, as shown in Figure 23.13. The force pushing the rocket is called thrust. For centuries, rockets were powered by gunpowder or other solid fuels. These rockets could travel only short distances. Around the turn of the 20th century, several breakthroughs took place. These breakthroughs led to rockets that could travel beyond Earth. Liquid fuel gave rockets enough power to escape Earths gravity (Figure 23.14). By using multiple stages, empty fuel containers could drop away. This reduced the mass of the rocket so that it could fly higher. Rockets were used during World War II. The V2 was the first human-made object to travel high enough to be considered in space (Figure 23.15). Its altitude was 176 km (109 miles) above Earths surface. Wernher von Braun was a German rocket scientist. After he fled Germany in WWII, he helped the United States develop missile weapons. After the war, von Braun worked for NASA. He designed the Saturn V rocket (Figure One of the first uses of rockets in space was to launch satellites. A satellite is an object that orbits a larger object. An orbit is a circular or elliptical path around an object. Natural objects in orbit are called natural satellites. The Moon is a natural satellite. Human-made objects in orbit are called artificial satellites. There are more and more artificial satellites orbiting Earth all the time. They all get into space using some sort of rocket. Why do satellites stay in orbit? Why dont they crash into Earth due to the planets gravity? Newtons law of universal gravitation describes what happens. Every object in the universe is attracted to every other object. Gravity makes an apple fall to the ground. Gravity also keeps you from floating away into the sky. Gravity holds the Moon in orbit around Earth. It keeps Earth in orbit around the Sun. Newton used an example to explain how gravity makes orbiting possible. Imagine a cannonball launched from a high mountain, as shown in Figure 23.17. If the cannonball is launched at a slow speed, it will fall back to Earth. This is shown as paths (A) and (B). Something different happens if the cannonball is launched at a fast speed. The Earth below curves away at the same rate that the cannonball falls. The cannonball then goes into a circular orbit, as in path (C). If the cannonball is launched even faster, it could go into an elliptical orbit (D). It might even leave Earths gravity and go into space (E). Unfortunately, Newtons idea would not work in real life. A cannonball launched at a fast speed from Mt. Everest would not go into orbit. 
 Question: circular or elliptical path around an object


Output: orbit