Quiz: Final Exam (online) - Parts X III\\ Chiet suat cua moi truong. x C Chegg Search x (469) Huang Tram Singer | C 41 x E Rounding Numbers Calculator X | G google dich - Tim tren Google x | Y Cac dai lugng U, I cua mach die x | + X C swinburne.instructure.com/courses/40484/quizzes/200834/take/questions/3075036 SWIN The quiz will close at 12:30 pm (Melbourne time). (Students with an Education Access Plan may have a different deadline) BUR 2022 Semester 1 WHAT RESOURCES CAN I USE? NE . Home The exam is considered an "open book" test in that you can use the textbook, your notes, any resources contained in the PHY10004 Canvas Site and your brain. O Announcements What you should not do is copy and paste the questions into a browser to let the internet do the heavy lifting. Account Syllabus What you should not do is discuss questions with your classmates/roommates/relatives or share answers with anyone. Modules Dashboard What you should not do is obtain solutions from third-party contract cheating websites. Assignments The University takes Academic Integrity very seriously and using contract cheating websites is an automatic level 1 Academic Misconduct Sanction. Courses Echo360 ALP If you are a student who has already received a Level 1 Academic Misconduct Sanction you do not want to repeat that behaviour and run the risk of obtaining a Level 2 Academic Grades 88 8 Misconduct Sanction as penalties may include zero for the assessment task (not just the questions you cheated on), zero for the unit or suspension. Calendar Quizzes Remember, the answers to the problems must be your work and your work alone. Discussions Inbox Do not click the "Submit" button until you have finished all questions in the quiz and uploaded your worked solutions pdf Collaborate Ultra to the Final Assessment - Solution Upload link. Studiosity - 24/7 History online study help (? ) Feedback Survey Question 11 2 pts Help The classical vibration frequency for a diatomic hydrogen molecule (H2) is f = 1.32 x1014 Hz (w = 8.29 x1014 5-1). Calculate the wavelength of the photon emitted as a H2 molecule moves from the n=4 vibrational state to the ground vibrational state. Give your answer in units of micrometres (um) to 2 decimal places. Next Saved at 10:27 Submit quiz K 54 . F 10:27 AM Mostly sunny 6/10/2022