Well you can’t live without food and water because water hydrates you and well food keeps you not from starving cause it could possibly kill you I’m pretty sure so yea
The correct answer to this open question is the following.
Although there are no options attached we can say the following.
What we have learned from Magellan voyage around the world is that Ferdinand Magellan was a Portuguese sailor that sailed the seas in many occasions and discovered important geographical features such as the Magellan Strait, the passage to the Pacific Ocean from the Atlantic, at the bottom of South America. Indeed, he was the first navigator to cross the Pacific Ocean.
During his explorations, he also discovered a route to the Spice Islands.
So we can conclude that Magellan's explorations added new knowledge about planet Earth in that he demonstrated that sailors could navigate the entire globe and that the planet was different than what Mediaeval times people thought.
The sentence that can be removed <u>without affecting the explanation</u> is "<em>In the 1800s, the United States was still a very young nation, trying to solidify its identity</em>."
The reason this sentence can be removed is that it does not offer any necessary information to the explanation. The passage is about how technology leads to bigger cities. This information is conveyed just as efficiently without the need for the first sentence.
Rather than serving to offer information, the first sentence in the passage serves as a sort of <u>introduction</u> to the text. The very next sentence can just as easily serve as an intro to the passage while providing context for the development of early technology that led to the industrial revolution.
For these reasons, the sentence "<em>In the 1800s, the United States was still a very young nation, trying to solidify its identity</em>." can easily be removed from the passage <u>without affecting</u> the explanation.
To learn more visit:
brainly.com/question/816588?referrer=searchResults
C is the only one that will change height and width simultaneously
