a way is you can use Archemedes principle and fill a glass of water bigger than the cylinder to the top. then place the glass in a bowl. carefully place the cylinder in the glass and make sure you submerge the whole cylinder.take the bowl with the water in it and pour it into a measuring cup and see how much water it is. that will be the volume of the cylinder.
Measure the container itself, or measure the mass of the liquid and the container and find the density of that certain liquid has and isolate for the volume.
A cylinder filled with water has properties such as volume, surface area, and weight. The volume of water in the cylinder is determined by its height and radius. The surface area of the cylinder is the total area of its curved surface and two circular bases. The weight of the water in the cylinder is influenced by its volume and density.
A graduated cylinder is used to find the VOLUME of a liquid.
Water in a glass graduated cylinder adheres to the sides of the cylinder, forming a meniscus which is an upward curve. When reading volume in a cylinder, look at the meniscus at eye level. Read the volume at the bottom of the curve.
To accurately measure the volume of a liquid in a graduated cylinder, you must read the measurement at the bottom of the meniscus, which is the curved surface of the liquid caused by surface tension.
You measure the volume of a liquid on a graduated cylinder at the meniscus, which is the curved surface of the liquid.
First we must find the radius: Curved surface area of the cylinder excluding the two end pieces = 88 cm2 2*pi*radius*14 = 88 Divide both sides by 2*pi*14 radius = 1.000402499 cm Volume = pi*1.0004024992*14 Volume = 44.01770994 cubic cm
Measure the container itself, or measure the mass of the liquid and the container and find the density of that certain liquid has and isolate for the volume.
To find the volume of a liquid using a graduated cylinder, first ensure the cylinder is on a level surface. Pour the liquid into the cylinder until it reaches the desired level, then observe the meniscus—the curved surface of the liquid. Read the measurement at the bottom of the meniscus at eye level to ensure accuracy. The value indicated on the graduated scale corresponds to the volume of the liquid.
it is probably called figure it out, it is curved because glass is sticky. When you measure the volume from a graduated cylinder, measure at the bottom of it. It is called the meniscus.
A cylinder filled with water has properties such as volume, surface area, and weight. The volume of water in the cylinder is determined by its height and radius. The surface area of the cylinder is the total area of its curved surface and two circular bases. The weight of the water in the cylinder is influenced by its volume and density.
Volume of cylinder: base squared times length
v=l*b
Volume of a cylinder = pi*radius2*height in cubic units
Volume of a cylinder = pi*radius2*height
To measure the volume of a liquid using a graduated cylinder, you simply pour the liquid into the cylinder and read the measurement at the bottom of the meniscus, which is the curved surface of the liquid. The volume is typically measured in milliliters (mL) or cubic centimeters (cm).
Actually, answer 1 is for the volume, not the surface area. Aside from that, there are lots of ways to bore a hole in a cylinder. If it goes from one base (a flat face) to the other (or part of the way) parallel to the axis, answer 1 is correct (for the volume). If it is not parallel to the axis, or if it is bored from the curved surface of the cylinder, it is much more complicated. Assuming, as in answer 1, that the hole goes all the way from one base to the other parallel to the axis, to get the surface area you would add the surface area of the outer cylinder to that of the hole (just the curved surface portion), and then subtract the areas of the circular holes in the two bases, each of which is pi x the radius of the hole squared. I'm assuming you know how to calculate the surface area of a cylinder. This is the area of the curved surface, which is 2 x pi x the radius x the height, plus 2 x the area of each base, which is pi x the radius squared. ========================================================== Use the formula:- Volume of a cylinder = Pi X Radius squared X Length , to find the volume of a solid cylinder. Repeat the same calculation with the same formula, to find the Volume of the cylinder of fresh air within the cylinder . Subtract the fresh air Volume from the Solid Cylinder Volume. That will be your answer . Think about your problem, then it is dead easy.