Explain the concept of resolution in microscopy and how wavelength of light and electrons affect it.

Here's an explanation of the text: Resolution means how clearly a microscope can show two separate, tiny objects as distinct from each other, rather than blurring them into one. For a light microscope, this ability is limited by the wavelength* of the light it uses. Think of it like trying to draw fine details with a thick marker versus a thin pencil; the thinner the "tool" (wavelength), the finer the detail you can draw. To see objects that are very close together and get a better, clearer image (higher resolution), you need to use light with a smaller wavelength*. Electrons can also behave like waves, and their wavelength is much, much smaller than that of visible light. This is why using electrons in electron microscopes allows for a significantly increased resolution*, letting us see incredibly tiny structures that light microscopes cannot.