- June 21)-171. Quizzes-24SU-MAT110-N85 xGoogle Docs29-2055.00-Surgical Techni xNew Tab660545&cfql=1&dnb=0&fromQB=0&inProgress=0brightspace.cpcc.edu/d2l/Ims/quizzing/user/attempt/quiz_start_frame_auto.d2l?outtendance Check-In (June 17 - June 21)2a. What is the length of the new road (in meters)b. What is the cost of building the new roadnew road3000 m4000 mDesk 1Mhp%Λ&*)34567890aWetyนP K1. Quizzes - 24SU-MAT110-N8Google Docs29-2055.00 Surgical TechxNew TabOcc.edu/d21/lms/quizzing/user/attempt/quiz_start_frame_auto.d2l?ou 1953 12&isprv=&q=660545&cfql=1&dnb=0&fromQB=0&inProgress=0■ce Check - In (June 17 - June 21)Previous PageNext PagePage 1 of 6Question 1 (1 point)If construction costs are $150,000 per kilometer, find the cost of building the newroad in the figure shown.a. What is the length of the new road (in meters)b. What is the cost of building the new roadnew roadDesk 1ΣΟBODAC#$96&3456728890

a. Length of the new road (in meters) :We can find the length of the hypotenuse AC using the…

Answered: - June 21)- 171.…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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During the test, the smallest 'volume per breath' is 0.7 liters, and this first happens for a breath that starts 2 seconds into the test. The largest volume per breath is 1.7 liters; this happens for a breath beginning 53 seconds into the test. By creating a math model for this patient's breathing, doctors would have more information to decide if abnormal breathing is happening for the patient during the test**. Note: Let's assume that the patient's breath is steady: that the largest breath is equidistant from the first small breath and the second small breath. a) Find a formula for the function b(t) whose graph models the test data for this patient. b(t) b) If the patient begins a breath every 5 seconds, what are the breath volumes during the first 30 seconds of the test? Hint: Your answer should be a list of numbers. Use the model from part (a) to find your answer(s), and write answers to 2 decimal places. liters **and also, more information to decide if the patient's breathing is…
I am working on a sample question for precalculus. The question is as follows: Solve the equation graphically in the given interv. State each answer rounded to two decimals. 2 + the square root of (x) = the square root of (4 + x^2) ; [-1,5] I'm pretty lost on how to graph this, but I do understand that the given interval is [-1,5] and answers outside of that are incorrect. Please help me understand this better. Thank you.
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Caught warning in the question code: Division by zero on line 7 in file Ivar/app/current/assess2/questions/QuestionHtmlGenerator.php(188) : eval()'d code Caught warning in the question code: Division by zero on line 8 in file I/var/app/current/assess2/questions/QuestionHtmIGenerator.php(188) : eval()'d code : Find the linear approximation to the equation f(x, y) = 4xy – 6xy² at the point (2,1,-4), and use it to approximate f(2.1, 1.19) f(2.1, 1.19) - Make sure your answer is accurate to at least three decimal places, or give an exact answer.
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