H = V / (pi R2) = 6.366 meters (rounded)
The smallest known eukaryotic cells are around 1-2 micrometers in diameter. Eukaryotic cells can vary widely in size, but some unicellular organisms like certain protists and algae can have very small diameters.
By observing the rotation, and calculating the diameter. If you know the diameter of the galaxy, a certain rotation speed implies a certain mass (to be stable at that speed). It turns out there is 5-10 times more mass than the known masses. Read about "dark mass" for more details.By observing the rotation, and calculating the diameter. If you know the diameter of the galaxy, a certain rotation speed implies a certain mass (to be stable at that speed). It turns out there is 5-10 times more mass than the known masses. Read about "dark mass" for more details.By observing the rotation, and calculating the diameter. If you know the diameter of the galaxy, a certain rotation speed implies a certain mass (to be stable at that speed). It turns out there is 5-10 times more mass than the known masses. Read about "dark mass" for more details.By observing the rotation, and calculating the diameter. If you know the diameter of the galaxy, a certain rotation speed implies a certain mass (to be stable at that speed). It turns out there is 5-10 times more mass than the known masses. Read about "dark mass" for more details.
The smallest commonly used needle in terms of diameter is the 30-gauge needle. It has an inner diameter of about 0.31 mm (0.012 inches) and is often used for delicate procedures such as administering certain vaccines or performing subcutaneous injections in pediatric patients. Smaller needles, like those used for specialized applications in research or specific medical tasks, may exist, but 30-gauge is the smallest frequently encountered in clinical settings.
No. Pascal's Principle states that a pressure applied to a fluid system at rest is felt throughout the entire system. This means that, regardless of pipe diameter, city pressure is felt everywhere. Decreasing pipe diameter will only reduce the flow rate of the water, due to more head loss when the water moves.
The volcanic features in the park are natural geologic features, the park itself is a human concept and contains certain man made objects constructed to help visitors see and appreciate the natural geologic features that the park was created to both protect and exhibit.
R = radius = 1/2 the diameter = 0.5 H = height Volume = V = pi R2 H = 5 The formula ===> H = V / (pi R2) H = 5 / (0.25 pi) = 6.366 meters (rounded)
It depends on what you mean by a certain size circle. If the certain size is the diameter, then the answer is 54 inches. If the certain size is the radius, then the answer is 108 inches. If the certain size is the circumference, then the answer is 54 / 3.14159 or about 17.19 inches
A coral reef.
to magnify certain small object
There is no such unit of measurement as a diameter - the diameter is the length across a certain object. There are units of measurement called a decimetre and a decametre.
Another word for a cylinder is "cylindrical tube." Additionally, in certain contexts, it may also be referred to as a "barrel" or "drum," depending on its specific shape and use.
Things that are made or constructed within a certain criteria or measurement.
engines cease because, it is our misconception that the cylinder of the engine is cylindrical,in actual the cylinder walls are slightly slanting. and th diameter of the piston is a bit less than that of the cylinderwalls,which is known as clearance,,which is formulated for the smooth running of piston,,but when the temperature inside the cylinder increases above a certain level,the walls of the cylinder and the piston expands.but the expansion ratio is different for both,,as the cylinder is made of cast iron and piston with aluminium,which decreases the gap to certain level that there is no movement of piston,which is called as ceasinf of engine.
Divide the length of the fencing by pi.
in certain bands the wavelength is on the same order of magnitude as the diameter of the raindrops, causing scattering.
If a bolt is tightened past a certain point, it deforms by stretching, with the result that its diameter is reduced, if it is tightened past the elastic strain limit of the metal the reduction in diameter is permanent. This can often be seen afterwards in a reduced-diameter 'neck' in the shaft of the bolt where the highest stress occurred.
When a circle's diameter is dilated by a scale factor of 0.6, the new diameter will be 0.6 times the original diameter. Since the circumference of a circle is directly proportional to its diameter by the formula C = πd, where C is the circumference and d is the diameter, the new circumference will also be 0.6 times the original circumference. Therefore, the effect of dilating the diameter by a scale factor of 0.6 will be a decrease in the circle's circumference by 40%.