Kennedy supports his claim that satellites make people safer in paragraph (8) of the speech. The evidence he provides is the following: "Transit satellites are helping our ships at sea to steer a safer course. Tiros satellites have given us unprecedented warnings of hurricanes and storms, and will do the same for forest fires and icebergs."
This evidence is relevant because it demonstrates how satellites are actively contributing to the safety and well-being of people. By using transit satellites, ships at sea can navigate more safely, avoiding potential hazards or obstacles. The Tiros satellites provide critical information and warnings about severe weather conditions like hurricanes and storms, which enables better preparedness and response strategies. In addition, these satellites can also provide valuable information about forest fires and icebergs, helping to mitigate potential risks and protect lives and property.
By highlighting these specific examples, Kennedy emphasizes the practical benefits of satellite technology, showcasing how it enhances safety measures and facilitates early detection and response to potential threats. This evidence strengthens his argument that the United States' investment in space exploration and satellite technology serves a greater purpose of ensuring the safety and well-being of its citizens.
To answer this we must determine how many 10min segments there are in 1.5 hours. 1.5 hours would equal 90 mins (60mins in 1 hour, and 30mins in 0.5 of an hour).
90 mins divided by 10 mins = 9. (there are 9, 10 minute segments in 1.5 hours)
Therefore, if a person can bike 2.4 miles in 10 mins, they can bike 21.6 miles in 90 minutes (2.4 x 9 = 21.6)
You know 1.5 hours is equivalent to 90 minutes, and 90/10 is nine, which means that you can do nine times an amount in 90 minutes than you can in 10 minutes. So multiply 2.4 by 9 to get 21.6
Final Answer If a person walks 2.4 miles in 10 minutes, he can walk 21.6 miles in 1.5 hours.