If you're not sure how to do that, in Windows, first click the Home tab in Word. Changing it to single or another suitable multiple should resolve the problem. In the Paragraph group, click the dialog box launcher. This is the diagonal arrow in the lower right of the group: Checking or unchecking Words Optimize character positioning for layout rather than readability option and/or the Disable hardware graphics acceleration may also help (see under FileOptionsAdvanced>Display). After you print the Word document, you notice that the edges of PNG image are cut off on the printout. In Word for Mac, choose Paragraph from the Format menu. This issue may occur because the PNG image doesnt contain the pHYs (physical pixel dimensions) chunk to specify the size of each pixel in the image. To work around this issue, follow these steps: Start Word 2010. Whether Windows or Mac, in the Spacing section of the ensuing dialog, Line spacing is what we need to adjust. That's an improvement since now the full equations show. If the paragraph line spacing in Word is set to Exactly some value, and if that value is too small to enclose the equation, this causes Word to place the. If you like this appearance, keep the spacing set to Single and be done with it. (What's "good" and "bad" in a document, and what "looks right" is in the end up to you anyway. Whatever you decide, it's the right decision.) Many people object to the appearance of "Single" because the spacing of the 4 lines is not uniform from one line to the next. That's the way Microsoft Word handles a case like this though it adjust spacing so that the objects "just fit", adding a bit of padding, and as a result the spacing is uneven from one line to the next. If we want our paragraph spacing to be the same from one line to the next, we'll have to set it to "exactly" some value. Finding out the proper value is somewhat trial & error, but MathType helps you find a starting point. First, consider the tallest equation in the paragraph. This means the equation's "baseline" shift is 6 points. That's the distance from the "baseline" of the text to the bottom-most part of the equation.
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