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# 34 A spaceship is rising vertically from the ground at a rate of 8000 miles per hour. A radar is situated 6 miles away from the launch pad, and it is tracking the distance the spaceship is moving away from the radar. When the ship is 8 miles above the ground, how quickly is it moving away from the radar?: * O(A) 1000 miles per hour (B) 8000 miles per hour O(C) 6400 miles per hour O (D) 640000 miles per hour

# 34 A spaceship is rising vertically from the ground at a rate of 8000 miles per hour. A radar is situated 6 miles away from the launch pad, and it is tracking the distance the spaceship is moving away from the radar. When the ship is 8 miles above the ground, how quickly is it moving away from the radar?: * O(A) 1000 miles per hour (B) 8000 miles per hour O(C) 6400 miles per hour O (D) 640000 miles per hour

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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O(A) 1.41 O(B) 3/2 O(C) 9/4 O(D) Cannot be found as the Mean Value Theorem assumptions are not met. # 34 A spaceship is rising vertically from the ground at a rate of 8000 miles per hour. A radar is situated 6 miles away from the launch pad, and it is tracking the distance the spaceship is moving away from the radar. When the ship is 8 miles above the ground, how quickly is it moving away from the radar?: * O(A) 1000 miles per hour O (B) 8000 miles per hour O(C) 6400 miles per hour O (D) 64000 miles per hour #35 Sand is falling onto a cone-shaped pile at 10 cubic feet per minute. The diameter of 3:28 PM ype here to search 47°F Cloudy 12/1/202
Transcribed Image Text:O(A) 1.41 O(B) 3/2 O(C) 9/4 O(D) Cannot be found as the Mean Value Theorem assumptions are not met. # 34 A spaceship is rising vertically from the ground at a rate of 8000 miles per hour. A radar is situated 6 miles away from the launch pad, and it is tracking the distance the spaceship is moving away from the radar. When the ship is 8 miles above the ground, how quickly is it moving away from the radar?: * O(A) 1000 miles per hour O (B) 8000 miles per hour O(C) 6400 miles per hour O (D) 64000 miles per hour #35 Sand is falling onto a cone-shaped pile at 10 cubic feet per minute. The diameter of 3:28 PM ype here to search 47°F Cloudy 12/1/202
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