I have the required items needed for this course: a computer with microphone, web camera (this has to be separate so you can do a side-angle view), and reliable internet (OR I can go to campus and use campus computers every week, multiple days per week AND for any exams that are online) a non-graphing calculator paper, pens/pencils etc a notebook for lab

I understand that the lecture content of this course is online, in the format of video links.  Watching and taking notes on all lecture videos is required in this course.

In this chart, a periodic property is graphed for the first 35 elements on the periodic table. The first element of each row (Li, Na, and K) are indicated with squares and labeled on the graph. Identify patterns in the way this property changes along the first three rows.    Image Description Graph starts at 0 increases to about 1/2 for Li (the first element in row two). It continues to increase for the next two elements, levels off, then drops to 0 for the final 4 elements of the row. Na (the first element in row three) is at 1, increases for the next two elements, levels off, and drops to 0 for the last two elements. K (the first element in row four) is at about 1. Increases for the next eight elements, levels off, decreases for 6 elements, drops to 0 for the final element in the row Use the information in the chart to predict which of Rb, Pd, and Xe (atomic numbers of 37, 46, and 54) have the largest and smallest values of this property, then place them in order from smallest to largest (smallest first, biggest last).

This diagram depicts the energies of a few shells (energy levels) for the atom that produced the spectrum above. Image Description Diagram of five lines to represent energy levels drawn horizontally. N=1 is at the bottom and n=5 is at the top. Starting from the top, the line n=5 is shown. Moving downward, there is a small gap between the lines n=5 and n=4, a slightly larger gap between n=4 and n=3, an even larger gap between n=3 and n=2, and a very large gap is shown between n=2 and n=1. Which of the following situations would cause the atom to emit the highest frequency photon?

Which browser is required to use Honorlock for your exam?

What is the distance between two successive light areas called? The distance is labeled 1 on the picture.

Louis de Broglie proposed that all matter has a dual nature. The wavelength of any particle is related to its momentum by this equation: Which of these is the best explanation of why we don’t notice wave behavior in large objects like baseballs, but it is fairly easily detected in small objects like electrons?

A single electron is allowed to pass through two close narrow slits and then fall on a screen. Later, a great many electrons are sent one at a time through the same device. Nothing is done to detect the electrons until they hit the screen. The next two questions ask you to describe and explain the results of this experiment.

In the picture, a sound wave moves from the top of the page towards the bottom and passes through a small hole in a barrier (point 2 on the diagram). The light areas represent regions of low pressure, and the dark areas represent high pressure. The following questions ask you to use your understanding of wave behavior to explain what is happening at certain points.    Image Description The image shows horizontal evenly spaced bands of dark and light that extend from the top to a barrier with a hole at the bottom. The distance between two adjacent white bands is labeled 1, the hole is labeled 2. In the next three questions, use your understanding of wave behavior to explain what is happening at certain points.

Which statement correctly describes the relationship between evolution and natural selection?