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Ethan became fascinated by this kind of airplane design when he saw a video of NASA's Prand(I-D aircraft gliding gracefully through the air without a tall "Tjust thought that was really cool"says Ethan. He's a seniorat Arcodia High School in Callfornia, Ethan bulds model airplanes for fun. He wondered if he could find a simpler way to achieve the same tailless flight. "Essentially what I did was just trial and error."Ethan says. Using a computer model of an airplane wing, he tweaked the angle of twist along the wing until it could achieve tailless flight. Usually, such a wing "requires a continuous distribution of wing twist;Ethan says. But he could achieve a similar effect with wings that had just a few sections of twist. "It's super easy to make." In his garage, Ethan built model airplanes using foam and packing tape to test his design "Seeing the plane in the air. that was pretty cool;Ethan says. "It just flew really, really well." Lighter, more efficient planes could open the door to other air travel innovations. "It's been a long-term goal of mine to build a solar plane that can fly through the day powered by solar panels on its wings;Ethan says. "It is absolutely possible for a really efficient plane." To other teens who have big engineering ideas they want to explore, Ethan has one word: persistence. "Don'ever give up," he says. Even when some machinery feels impossible to understand, it helps to remember that the world's greatest inventors were only human, too. "Also, just make sure you love whatever you do.Ethan adds. "Tha'll make pursuing everything toleases PAUSEAND REFLECT: What commonalities do these three inventors share in their approaches to innovation?

Problemas

Ethan became fascinated by this kind of airplane design when he saw a video of NASA's Prand(I-D aircraft gliding gracefully through the air without a tall "Tjust thought that was really cool"says Ethan. He's a seniorat Arcodia High School in Callfornia, Ethan bulds model airplanes for fun. He wondered if he could find a simpler way to achieve the same tailless flight. "Essentially what I did was just trial and error."Ethan says. Using a computer model of an airplane wing, he tweaked the angle of twist along the wing until it could achieve tailless flight. Usually, such a wing "requires a continuous distribution of wing twist;Ethan says. But he could achieve a similar effect with wings that had just a few sections of twist. "It's super easy to make." In his garage, Ethan built model airplanes using foam and packing tape to test his design "Seeing the plane in the air. that was pretty cool;Ethan says. "It just flew really, really well." Lighter, more efficient planes could open the door to other air travel innovations. "It's been a long-term goal of mine to build a solar plane that can fly through the day powered by solar panels on its wings;Ethan says. "It is absolutely possible for a really efficient plane." To other teens who have big engineering ideas they want to explore, Ethan has one word: persistence. "Don'ever give up," he says. Even when some machinery feels impossible to understand, it helps to remember that the world's greatest inventors were only human, too. "Also, just make sure you love whatever you do.Ethan adds. "Tha'll make pursuing everything toleases PAUSEAND REFLECT: What commonalities do these three inventors share in their approaches to innovation?

Ethan became fascinated by this kind of airplane design when he saw a video of NASA's Prand(I-D aircraft gliding gracefully through the air without a tall "Tjust thought that was really cool"says Ethan. He's a seniorat Arcodia High School in Callfornia, Ethan bulds model airplanes for fun. He wondered if he could find a simpler way to achieve the same tailless flight. "Essentially what I did was just trial and error."Ethan says. Using a computer model of an airplane wing, he tweaked the angle of twist along the wing until it could achieve tailless flight. Usually, such a wing "requires a continuous distribution of wing twist;Ethan says. But he could achieve a similar effect with wings that had just a few sections of twist. "It's super easy to make." In his garage, Ethan built model airplanes using foam and packing tape to test his design "Seeing the plane in the air. that was pretty cool;Ethan says. "It just flew really, really well." Lighter, more efficient planes could open the door to other air travel innovations. "It's been a long-term goal of mine to build a solar plane that can fly through the day powered by solar panels on its wings;Ethan says. "It is absolutely possible for a really efficient plane." To other teens who have big engineering ideas they want to explore, Ethan has one word: persistence. "Don'ever give up," he says. Even when some machinery feels impossible to understand, it helps to remember that the world's greatest inventors were only human, too. "Also, just make sure you love whatever you do.Ethan adds. "Tha'll make pursuing everything toleases PAUSEAND REFLECT: What commonalities do these three inventors share in their approaches to innovation?

Solución

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Saraveterano · Tutor durante 9 años
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The commonalities among these three inventors in their approach to innovation are persistence, passion for their work, and a willingness to experiment and learn from their mistakes.

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## Step 1<br />The problem asks us to identify the commonalities among three inventors in their approach to innovation. The inventors in question are Ethan, who is a senior at Arcadia High School in California, and two other inventors who are not mentioned in the problem.<br /><br />## Step 2<br />From the given text, we can infer that Ethan's approach to innovation involves a combination of trial and error, persistence, and a passion for his work. He uses a computer model of an airplane wing to tweak the angle of twist until it can achieve tailless flight. He also builds model airplanes using foam and packing tape to test his design.<br /><br />## Step 3<br />Ethan's approach to innovation also involves a long-term goal of building a solar plane that can fly through the day powered by solar panels on its wings. This shows his persistence and determination to achieve his goals.<br /><br />## Step 4<br />Ethan's advice to other teens who have big engineering ideas is to persist and not give up, even when things feel impossible. This shows his understanding of the importance of persistence in innovation.<br /><br />## Step 5<br />Ethan's love for what he does is also evident in his approach to innovation. He says that loving what you do will make pursuing everything worthwhile.<br /><br />## Step 6<br />Based on the information provided, we can infer that the commonalities among these three inventors in their approach to innovation are persistence, passion for their work, and a willingness to experiment and learn from their mistakes.
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