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Question 4 of 11 Available RAM in Percentage E AY 30 20 10 0 1 2 3 4 5 Minutes 6 7 8 ©2018 WGU, Powered by GeoGebra 9 x Identify and interpret the function's minimum. O The function's minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.8%, 4.4 minutes since the programs started running. O The function's minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 5.8%, 4.4 minutes since the programs started running. O The function's minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.4%, 4.8 minutes since the programs started running. The function's minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 4.4%, 5.8 minutes since the programs started running.

Question 4 of 11 Available RAM in Percentage E AY 30 20 10 0 1 2 3 4 5 Minutes 6 7 8 ©2018 WGU, Powered by GeoGebra 9 x Identify and interpret the function's minimum. O The function's minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.8%, 4.4 minutes since the programs started running. O The function's minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 5.8%, 4.4 minutes since the programs started running. O The function's minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.4%, 4.8 minutes since the programs started running. The function's minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 4.4%, 5.8 minutes since the programs started running.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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subject algebra: please answer all. thanks

**Educational Website Content** --- Johan ran some maintenance programs on a server. The graph below models the available RAM on the server from the moment these programs started running until they completed. **Graph Description** - The graph is a plot of Available RAM (in Percentage) over time (in Minutes). - The x-axis represents the time in minutes, ranging from 0 to 9. - The y-axis represents the Available RAM in percentage, ranging from 0 to 40. - The graph shows a curve starting from a higher RAM percentage, decreasing to a minimum point, then increasing again. - The graph illustrates how the available RAM changes during the execution of programs over time. **Question 4 of 11** **Identify and interpret the function’s minimum.** - ○ The function’s minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.8%, 4.4 minutes since the programs started running. - ○ The function’s minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 5.8%, 4.4 minutes since the programs started running. - ○ The function’s minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.4%, 4.8 minutes since the programs started running. - ○ The function’s minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 4.4%, 5.8 minutes since the programs started running. © 2018 WGU, Powered by GeoGebra ---
Transcribed Image Text:**Educational Website Content** --- Johan ran some maintenance programs on a server. The graph below models the available RAM on the server from the moment these programs started running until they completed. **Graph Description** - The graph is a plot of Available RAM (in Percentage) over time (in Minutes). - The x-axis represents the time in minutes, ranging from 0 to 9. - The y-axis represents the Available RAM in percentage, ranging from 0 to 40. - The graph shows a curve starting from a higher RAM percentage, decreasing to a minimum point, then increasing again. - The graph illustrates how the available RAM changes during the execution of programs over time. **Question 4 of 11** **Identify and interpret the function’s minimum.** - ○ The function’s minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.8%, 4.4 minutes since the programs started running. - ○ The function’s minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 5.8%, 4.4 minutes since the programs started running. - ○ The function’s minimum is 4.8 at x = 4.4. It implies the server had the least amount of available RAM, 4.4%, 4.8 minutes since the programs started running. - ○ The function’s minimum is 4.4 at x = 5.8. It implies the server had the least amount of available RAM, 4.4%, 5.8 minutes since the programs started running. © 2018 WGU, Powered by GeoGebra ---
**Text for Educational Website:** **Firework Trajectory Analysis** Harry runs a firework business and needs to calculate the height of fireworks in flight. He fires a firework into the air from a hill 100 feet above sea level. The height of the firework's trajectory can be modeled by the polynomial function shown in the graph below. **Graph Description:** - The graph represents the height of a firework over time. - The x-axis displays time in seconds, ranging from 0 to 4.8 seconds. - The y-axis represents height in feet, with a range from 0 to 160 feet. - The curve is parabolic, indicating the path of the firework as it ascends and then descends. - The firework reaches its maximum height at a specific point on the graph. **Question 10 of 11:** **Identify and interpret the function’s maximum.** - ( ) The function’s maximum is 1.7 at x = 147. It implies the firework will reach its maximum height of 147 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 1.7 at x = 141. It implies the firework will reach its maximum height of 141 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 147 at x = 1.7. It implies the firework will reach its maximum height of 147 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 141 at x = 1.7. It implies the firework will reach its maximum height of 141 feet 1.7 seconds after it is fired.
Transcribed Image Text:**Text for Educational Website:** **Firework Trajectory Analysis** Harry runs a firework business and needs to calculate the height of fireworks in flight. He fires a firework into the air from a hill 100 feet above sea level. The height of the firework's trajectory can be modeled by the polynomial function shown in the graph below. **Graph Description:** - The graph represents the height of a firework over time. - The x-axis displays time in seconds, ranging from 0 to 4.8 seconds. - The y-axis represents height in feet, with a range from 0 to 160 feet. - The curve is parabolic, indicating the path of the firework as it ascends and then descends. - The firework reaches its maximum height at a specific point on the graph. **Question 10 of 11:** **Identify and interpret the function’s maximum.** - ( ) The function’s maximum is 1.7 at x = 147. It implies the firework will reach its maximum height of 147 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 1.7 at x = 141. It implies the firework will reach its maximum height of 141 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 147 at x = 1.7. It implies the firework will reach its maximum height of 147 feet 1.7 seconds after it is fired. - ( ) The function’s maximum is 141 at x = 1.7. It implies the firework will reach its maximum height of 141 feet 1.7 seconds after it is fired.
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