MarkFL said:Can you state the entire problem as given?
Mango12 said:Now let's find the area of the metal plates. We already know from a previous problem that there is a 3,000 coulomb charge on the plates. The plates are placed .5mm apart. (approximate answer is 250 miles, but give your answer in meters)
MarkFL said:If a problem depends on a previous problem, then you need to give all relevant information, all in one place, so people don't have to guess at what's going on or chase the information down in other threads. (Whew)
The formula for finding the area of a metal plate is length x width. In other words, you multiply the length of the plate by the width of the plate to get the area in square units.
The length and width of a metal plate can be measured using a ruler or measuring tape. Simply place the ruler or measuring tape along one edge of the plate and note the measurement in the appropriate unit (inches, centimeters, etc.). Repeat this process for the other edge to get the length and width measurements.
The units used to measure the length and width of the metal plate should be the same units used for the area calculation. For example, if the length and width are measured in inches, the area will be in square inches.
No, the formula for finding the area of a metal plate (length x width) is specifically for rectangular or square plates. Other shapes, such as circles or triangles, require different formulas to find the area.
The accuracy of your measurements will depend on the precision needed for your specific project. Generally, it is best to measure to the nearest whole unit (e.g. inch, centimeter) for a reasonable level of accuracy. However, if more precise measurements are needed, you may need to measure to the nearest fraction or decimal place.