What compound class is mainly formed by only vascular plants?

Question 13:  Please share one interesting thing about yourself with me!  Furthermore, is there any additional information that you would like me to know (e.g., preferred first name, pronouns, a special need and/or constraint, a worry about this class, etc.)? 

Question 1: What is your major (and minor if applicable)? Type your response in the blank(s) provided. Major(s): [1] Minor(s): [2]

Question 3:  Which Spanish courses have you taken previously at OSU or at another college/university? Please include the following information: Course number (e.g., SPAN 1101) Name of the college/university (e.g., OSU, Columbus State, Florida State, etc.) Semester (e.g., autumn 2019, spring 2020, etc.) Name of instructor (if the course was taken at OSU) Follow the model provided here: 1. Course Number: SPAN 1101 2. College/University: OSU 3. Semester: Autumn 2019 4. Instructor (if taken at OSU): M. Lobert   (Follow this pattern in your answer): 1. Course Number:  2. College/University:  3. Semester:  4. Instructor (if taken at OSU):

Question 11. Throughout this course, I will host live (synchronous) class sessions via CarmenZoom with the expectation that your camera and your microphone work. Using the current technology available to you, will you be able to participate in these synchronous class sessions?  [NOTE: You can participate in CarmenZoom meetings through smartphones, tablets, and/or computer/laptop with working webcam and microphone.]

Question 12. Please use the following space to explain any technology-related concerns you have with completing this course.  If you do not have any concerns, leave the space blank.

At a temperature below the Boyle temperature, the second virial coefficient () is

You experimentally determine that the integrated rate law for the reaction H2 + I2 2HI has the form .  This experimental result proves that the mechanism involves a single step.

You have a reversible reaction, , that is first order in both the forward and backward directions.  Which of the following statements is TRUE at equilibrium?

If you treat them all as ideal gases, which of the following will have the largest heat capacity, ?