Problem: Article: The cell membrane of an animal cell is not a perfect circle. You can make the circle misshapen or oblong. The important part is that it does not have any sharp edges. Also know that the membrane is not a rigid cell wall like in plant cells. Cell membranes do allow molecules to pass in and out of animal cells. Make the circle large enough to decipher all the organelles you draw inside. Detailed animal cell models may also include a pinocytic vesicle on the cell membrane. This will appear as a small bulbous shape. It should push into the outer circle of the cell membrane without breaking it. In pinocytosis the cell membrane wraps around extracellular fluids (those outside the cell).  It then pulls the fluid into the cell for digestion or absorption. This is why you draw the vesicle as a bulbous shape that the membrane has wrapped around. The nucleus is one of the larger structures of the cell. Form the nucleus by drawing two circles—a larger circle that takes up around 10% of the cell with a slightly smaller circle inside it.  The nucleus of an animal cell has pores in it called nuclear pores. To represent these pores, erase three or four small sections of each circle. Then connect the outer lines to the inner lines. The finished product will resemble curved cylinders that don't quite touch.  This outer shell of the nuclear membrane is also called the nuclear envelope. To make a highly detailed cell model, put several dots on the outside of the nuclear membrane to represent ribosomes that attach to the membrane. The nucleolus is at the center of the nucleus and makes ribosomal sub-units that combine elsewhere in the cell. Represent the nucleolus with a small shaded circle. Most of the rest of the nucleus interior should appear as one big squiggle. This squiggle represents the chromatin material such as DNA and proteins.
Summary: Draw a simple circle or oval for the cell membrane. Draw a pinocytic vesicle. Draw two circles for the cell nucleus. Draw a small shaded circle for the nucleus. Draw a squiggle for the chromatin material.

INPUT ARTICLE: Article: Click the Windows logo in the bottom-left corner of the screen. Doing so will search your computer for the Store app. Click the Microsoft Store search result near the top of the Start window. It's in the top-right corner of the Microsoft Store window. Type microsoft minesweeper into the "Search" bar, then wait for a drop-down menu to appear below the bar. It should be below the search bar in the drop-down menu. It's a blue button below the "Microsoft Minesweeper" title. Doing so will install Minesweeper on your computer.

SUMMARY: Open Start . Type store into Start. Open the  Microsoft Store. Click the "Search" bar. Search for Minesweeper. Click Microsoft Minesweeper. Click Get.

In one sentence, describe what the following article is about: Click the top value in cell A to select it, then hold down ⇧ Shift while clicking the C cell that's across from the bottom-most A cell that has a value in it. This will highlight all of your data and the corresponding bin numbers. It's a tab in the green Excel ribbon at the top of the window. You'll find this in the "Charts" section of the Insert toolbar. Doing so will prompt a drop-down menu. It's the set of blue columns below the "Histogram" heading. This will create a histogram with your data and bin numbers. Be sure not to click the "Pareto" icon, which resembles blue columns with an orange line. Before saving, make sure that your histogram looks accurate; if not, consider adjusting the bin numbers and redoing the histogram. Press ⌘ Command+S, enter a name, select a save location if necessary, and click Save.
Summary:
Select your data and the bins. Click Insert. Click the bar chart icon. Click the "Histogram" icon. Review your histogram. Save your work.