Solve the logarithmic equation. Be sure to reject any value that is not in the domain of the original logarithmic expressions. Give the exact answer.log3(x – 1) = 2

Use properties of logarithms to expand the logarithmic expression as much as possible.logb (yz9)

EXAM INSTRUCTIONS (PLEASE READ!)The exam link is accessible for 24 hrs.  Once you start the attempt you will have 70 minutes to complete the exam and upload it to Blackboard.To complete the exam, use your own paper (blank computer paper or engineering paper only) to answer/work all questions. You may answer the true/false, multiple choice, or short answer questions on the same page, any work out problems should be worked on separate sheets of paper. Please upload your completed work as single pdf document named “ENGR213_Exam#_LastName.pdf”.

Select TRUE after you’ve worked the following problems on your own piece of paper. Remember that you’re also being scored at the end of the exams for neatness of work. You must show the work that leads to your answer for full credit and partial credit can be earned.Problem 1 (15 points)Use the Laplace transform method to solve the given initial value problem for y(0)=1.y’+4y=e2t____________________________________________________________________________________________________________Problem 2 (15 points)Use the Laplace transform method to solve the given initial value problem for y(0)=0 and y'(0)=0.y”+9y=et____________________________________________________________________________________________________________Problem 3 (15 points)Use the Laplace transform method to solve the given initial value problem for y(0)=0 and y'(0)=0.y”-4y’+4y=t3e2t____________________________________________________________________________________________________________Problem 4 (15 points)Use the Laplace transform method to solve the given initial value problem for y(0)=1 and y'(0)=-1.y”+y=sint____________________________________________________________________________________________________________Problem 5 (10 points)Choose ONE problem in this section to solve with another method learned in our class.Problem 1: Integrating FactorProblems 2 – 4: Method of Undetermined Coefficients

InstructionsYou will have 120 minutes to take this exam. That includes submitting all necessary documents.Testing EnvironmentSet up your webcam to provide the best viewing angle of your working space. I should be able to see your papers, calculator (if using personal), writing utensil, and general area around you.All other devices should be out of the area. This includes headphones, air pods, or any other music/phone listening technology.If using your own graphing calculator, please show it to the camera prior to beginning the exam. If using Desmos TEST MODE App, you need to press “Start Test” and show that you’re in the lockdown screen. Keep your calculator in the working area and on camera during the exam time.Testing Format20 points: Blackboard matching portion. There is no need to include any work for these problems.70 points: Handwritten problems. You will submit your answers to the five problems as ONE SINGLE .PDF file at the end of the exam to the Exam 3 Problems Submission link. Please follow the included instructions carefully and make sure you stay on camera and in lockdown browser as indicated.10 points: Neatness of your work (5 points) and your testing environment video (5 points).If you use your personal calculator during the exam, please show what you did to the screen. If you used the Desmos TEST MODE App, show your phone to the screen when you are done with the length of you’ve been in the testing mode. This should (approximately) match the time you’ve spent in the lockdown browser for the exam.

The most important parameter to monitor regularly in pediatric patients taking amphetamines are

Which of the following patient is NOT appropriate to receive ADHD stimulant medications?

Which medication the PMHNP would use to augment Adderall XR 10 mg for pediatric patient who shows partial response and exhibits signs of oppositional defiant disorder?

Atomoxetine and Bupropion have the same mechanism of action and both are norepinephrine and dopamine reuptake inhibitors

Overcurrent protection for conductors shall not be more than the allowable ampacity of the conductor.