Two races that a student runs every year are the 3-mile race in his hometown and the 1503-meter race in his college town. Complete parts (a) through (d) below. Student Other Students 25:21:35 19:47:42 16:18:00 Hometown College Town 24:52:38 Click the icon to view the conversion factors. a. Complete the sentence. The college town race is 31 % of the hometown race in length. (Round to the nearest whole number as needed.) b. Consider the student's personal records shown in the table for the two races. What is the student's average speed in each race in miles per hour? The student's average speed in the hometown race is 9.09 mi/hr, and the student's average speed in the college town race is 3.44 mi/hr. (Round to two decimal places as needed.) c. What is the average speed in each race in miles per hour for the other students? The average speed of the other students in the hometown race is mi/hr and the other students' average speed in the college town race is (Round to two decimal places as needed.) mitr.

Amber is an engineer designing a suspension bridge. She has a tower at each end of the bridge that will hang four diagonal cables. Her design is shown. Explain the process she should use to determine the lengths of her cables. Use complete sentences.

A student receives test scores of 62, 73, and 91. The student's term project score is 88 and the homework score is 86. Each test is worth 25% of the final grade, the term project is 10% of the final grade, and the homework grade is 15% of the final grade. What is the student's weighted average score (final grade) in the class? 78.2 80 79.4 81.5 DOOO

I can run 100 meters in 38 seconds. You are faster and can run 100 meters in 31 seconds. If I have a 85 meter head start when you begin chasing me, how many meters will you have to run before you catch me?    You will catch me after you run ___ meters. I will run ___ meters and the chase will have lasted ___ seconds.  Round answers to nearest whole number.