9. Estimate the length (Iongest dimension) of the following microscopic objects. (Not the field size). But, base your calculations on the field sizes you have calculated and recorded in the chart on pg.6. Object seen in low-power field (which is mm ): What is the approximate length of the object: nm Object seen in high-power field (which is mm ): What is the approximate length of the object: mm & If an object viewed with the high power lens looked like the field depicted here, could you determine its approximate size from this view? /r/n/r/n Question #9. Now that we understand field diameter (size) we can estimate how big an object is when we are looking through a certain magnification. Suppose we are looking at and object under Low power (left image): If we know that the field size for low power is about 2 mm across we can draw in a diameter line and estimate the length of this cell along that line (right image): So the Red line is the approximate length of the cell and it is about half of the black line (2 mm). That means the red line and the cell length are both about 1 mm. Try and do the same thing with the four images of question 9 in your lab report. Skip Parts E and F, you do not need to fill these out. You are done with the lab instructions. Once everything is filled in please submit to your instructor by the due date.