Recent content by Beth N

10 as it is the value with the greatest frequency?

Hello! Yes I use the midpoint, but i didn't make the bins to have a lower & upper limit except for the last bin, so for the previous bins, the midpoint is the data value itself.

Thank you so much for answering! I see, that makes sense, 17.5 doesn't seem to be the best number. Does it mean I cannot use the midpoint in this case? Or should I calculate the average or mean of this data group and use it as the midpoint? In an example in class, see that the professor left the...

THE PROBLEM 6) Table 1 below contains data on offensive statistics for each game in the 2019 UW Husky Baseball season. Answer the following questions and/or complete the specified tasks using these data. Do everything by hand and show your work (good practice for the tests). a. Construct a...

Thank you very much!

Thank you very much!

My question is all in the context of this paper. I have problems understanding a definition and a method. Sina, C. et al. Mitochondrial gene polymorphism is associated with gut microbial communities in mice. Sci. Rep. 7, 1–9 (2017). This is a segment of the introduction: " Since common inbred...

Thank you!

Thank you for answering! That is good to know. I believe we are just making this assumption in the context of my class.

Thank you for answering! I wonder what if the Y chromosome carries a recessive gene, and the X chromosome of that same male individual carries a dominant gene, then wouldn't the trait on X chromosome be expressed instead of Y? What about Xdom.Ydom.? Xrec.Ydom.? In the context of my class we...

Homework Statement Question 2[/B] You mutagenize male flies with EMS. Next you mate an EMS-treated male fly to a wild-type female fly. (i) If you find an F1 offspring with a sleep-too-little mutant phenotype, what does that suggest to you about this mutation? (ii) You expect that majority of...

Is this the correct approach though? I'm not sure what other equation to use

Homework Statement A 2.0-cm-tall candle flame is 2.0 m from a wall. You happen to have a lens with a focal length of 32 cm. How many places can you put the lens to form a well-focused image of the candle flame on the wall? For each location, what are the height and orientation of the image...

I think it makes more sense now, thank you!

So most (but not all) yellow light are transmitted (m) , and most violet are reflected (m+ 0.5), while red or green lies somewhere in between (m+0.2 etc)?