Capacity is a measure of the maximum amount that something can hold. This could be as simple as a measure of liquid in a container. It could get as complex as trying to gauge how much electricity a material could hold. The most commonly used unit in capacity is liters. You will also be introduced to the metric system in this section and you will learn how to convert simple measures on this scale.
Generally, capacities are alluded to by single-letter names, for example, f, g, h, etc. Any letter(s), be that as it may, might be utilized to name a capacity. The f (x) documentation is another method of speaking to the y-coordinate in a capacity, y = f (x). The y-axis may even be marked as the f (x) axis while charting. Requested sets might be composed as (x, f (x)), rather than (x, y). To assess capacity, substitute the information (the given number or articulation) for the capacity's variable (place holder, x). Supplant the x with the number of articulations. Capacity is the quantity of liquid in a container. With an accurate value of capacity, we can measure how much liquid a container has. For instance, examining how much volume of water a 50ml bottle can take then, the measured volume will be its capacity. Similarly, you can store a patrol for your vehicle as per its container's capacity that fits it's the liquid accurately. Mathematical expressions and SI units. In math, the SI units of capacity are liter (L) and milliliter (mL). Remember, 1000 mL is always equal to 1L. You can fetch 1mL of liquid in a container of an inner volume of 1cm3. We can also use other units such as kiloliter (kL) and megaliter (ML). So, 1kL is equal to 1000 L and 1ML is equal to 1 000 00 L. Problem - When base radius (BR) is 5 units and height (H) is 7, find the capacity of cylinder. Options: 1) 5 2) 7 3) 25 4) 549.8. The correct option is D. Solution : 1) BR = 5, H = 7. The cylinder's capacity = volume. Formula => πr2h. Put the above-mentioned values in formula: π × 52 × 7. Answer: 549.8 cubic units. These worksheets explain how to convert between different measurements of capacity (volume). All questions are in Imperial units (gallons, cups, ounces, etc.), and answers may include decimals.
