#1. Find the age of each of the three Garma sisters (Mary the youngest, Liz the middle child, and Celina the2-3 Solving Multi-Step Equations / Consecutive IntegersStudent's Name: _Fesipe MonurreeAlgebra 1--3. -2, -1, 0, 1, 2, 3.Teacher: Mr. Van Grinsvencomplete problem 1 / show all work*1.mlaraduated from SGHS)) if they were born in consecutive years and the sum of their ages is 60MaryLizCelinaTotalGo Valiants!Class of 2010, 2009, and 2008Answers: Mary's age is Liz's age isCelina's age is_#2 Find the length of each side of a triangle if the measurements of each side are consecutive evenintegers with the perimeter of the triangle being 126.side 1 side 2 side 3perimeterAnswers: side 1 isside 2 is -side 3 isŞide3Side 1Side 2The marching band is organized into four lines where the first line has an odd number of studeevery following line has a consecutive odd number of students. Find the number of students in* there are a total of 112 band students.-ganize the problem / show all work on your own papershare with your peer)Can you draw what the rows would lookRow 2 Row 3Row 4 Totalrow 3 isrow 4 isAnswers: row 1 isrow 2 isof Y" so that

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Answered: Teacher: Mr. Van Grinsven #1. Find the…

Linear Algebra: A Modern Introduction

4th Edition

ISBN:9781285463247

Author:David Poole

Publisher:David Poole

Chapter2: Systems Of Linear Equations

Section2.2: Direct Methods For Solving Linear Systems

Problem 4AEXP

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You wish to cross the 11 m x 10 m courtyard without being detected by the two guards and escape through a door located on the western wall. Guard 1 is located in a tower at the northeast corner of the yard and Guard 2 is located in the yard, in the southwest corner, as shown in the figure below. Guard 1 can hear you if anything more than 1/36 of the footstep sound energy reaches them; similarly Guard 2 can hear you if anything more than 1/16 of the footstep sound energy reaches them (Guard 1 can hear more due to his elevated height in the tower). Assume for now that both guards are fixed at these locations and cannot move unless they detect you. Based on this information, answer the following questions. 1. determine if it exists, the safe distance between the two hearing zones of the guards for you to pass through undetected? (Hint: use Pythagorean Theorem or distance formula) Distance between two red dots is:________________ . (5 pts) We know that the radius of the hearing zones are:…
You wish to cross the 11 m x 10 m courtyard without being detected by the two guards and escape through a door located on the western wall. Guard 1 is located in a tower at the northeast corner of the yard and Guard 2 is located in the yard, in the southwest corner, as shown in the figure below. Guard 1 can hear you if anything more than 1/36 of the footstep sound energy reaches them; similarly Guard 2 can hear you if anything more than 1/16 of the footstep sound energy reaches them (Guard 1 can hear more due to his elevated height in the tower). Assume for now that both guards are fixed at these locations and cannot move unless they detect you. Now assume that Guard 2 is on patrol. He walks a straight patrol route up and down along the dotted line always remaining 3 m from the western wall. Determine the new maximum safe distance between the two hearing zones of the guards for you to pass undetected? (Hint: use Pythagorean Theorem or distance formula) Where is the Guard 2 located for…
You wish to cross the 11 m x 10 m courtyard without being detected by the two guards and escape through a door located on the western wall. Guard 1 is located in a tower at the northeast corner of the yard and Guard 2 is located in the yard, in the southwest corner, as shown in the figure below. Guard 1 can hear you if anything more than 1/36 of the footstep sound energy reaches them; similarly Guard 2 can hear you if anything more than 1/16 of the footstep sound energy reaches them (Guard 1 can hear more due to his elevated height in the tower). Assume for now that both guards are fixed at these locations and cannot move unless they detect you. Now assume that Guard 2 is on patrol. He walks a straight patrol route up and down along the dotted line always remaining 3 m from the western wall. Determine the new maximum safe distance between the two hearing zones of the guards for you to pass undetected? (Hint: use Pythagorean Theorem or distance formula) Where is the Guard 2 located for…
Show all steps and work out problem completely please

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