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Author Archives: Anonymous

What caused King Philip’s War? 

What caused King Philip’s War? 

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Read the following Accidental Injury Waiver Form and select…

Read the following Accidental Injury Waiver Form and select true below to virtually confirm and sign this form.

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Because oxygen is more electronegative than hydrogen, the bo…

Because oxygen is more electronegative than hydrogen, the bond between oxygen and hydrogen in a water molecule is:

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Ca2+ is an anion.

Ca2+ is an anion.

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The pH of your stomach is approximately 3, and the pH at the…

The pH of your stomach is approximately 3, and the pH at the beginning of the small intestine is around 6.  As molecules move from the stomach to the small intestine, what happens to the concentration of H+ ions?

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Approximately how much time should you reserve to work on Bi…

Approximately how much time should you reserve to work on Bio101 lecture each week?

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If a student has a lab grade of 57% and a lecture grade of 7…

If a student has a lab grade of 57% and a lecture grade of 70%, does that student pass the course (pass means get a 60% or better)?

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I confirm that I have access to all the materials required t…

I confirm that I have access to all the materials required to function in this course including a computer, internet access, webcam, microphone, digital camera, McGraw-Hill Connect, Honorlock, Microsoft Office 365, and Google Chrome.

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The Half-Way Covenant allowed children of church members to

The Half-Way Covenant allowed children of church members to

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A 3-bit digital sensor with an operating range of zero to on…

A 3-bit digital sensor with an operating range of zero to one volt. Assume that the input voltage is equally likely to be anywhere in the range of zero to one volt. That is, x(t) is a random variable with uniform distribution ranging from 0 to 1. Then the RMS value of the input x is given by the square root of the expected value of the square of x(t), we see that if x(t) is a random variable with uniform distribution ranging from 0 to 1, then the error n(t) in the measurement   equally likely to be anywhere in the range from

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