On paper = 2 dimensions Physical = 3 dimensions Examples: a square is 2 dimensions and a cube is 3 dimensions a circle is 2 dimensions and a ball is 3 dimensions
A ray can be in 2 dimensions, in 3 dimensions, or in fact in any number of dimensions.
the plane, or xy plane, has two dimensions space has 3 dimensions
It has three dimensions.
The dimensions of a plane are length and width.
No. In spite of similar dimensions, there are differences in neck angles and chamber pressures.
No. They have matching dimensions, but differ in other areas, such as neck angles. .223 ammunition can be safely fired in a 5.56x45mm chamber; 5.56x45 ammunition is not recommended to be used in a .223 Remington chamber.
A qualified gunsmith will ream (machine ) your chamber to the K dimensions, and then you simply shoot your regular hornet ammo in the gun. The pressure from firing will expand the brass of your cartridge to the exact dimensions of your new chamber. When you extract the case, it is a k-hornet case. Simply reload accordingly. This is known as fire forming.
Five feet by seven feet or five feet by eight feet. I forgot how to figure square footage.
No. The model 25 came in various calibres - we'll assume yours is chambered in either .222 or .223 Remington. The 5.56 does not match dimensions with the .222, so if that's yours, it won't even chamber. The 5.56 does match dimensions with the .223 Remington. However, there are differences in neck angles which can cause improper headspacing if a 5.56 is run through a dedicated .223 chamber, as well as chamber pressures which may exceed what a .223 rifle is intended to cope with.
First, I am assuming you mean "How do I improve the efficiency of a Gravity Settling Chamber?" The efficiency of a settling chamber is given by: n= (Ut*L)/(H*U) where: 'Ut' is the terminal velocity of the particle you wish to separate 'L' is the length of the settling chamber 'H' is the height of the settling chamber 'U' is the mean gas velocity within the settling chamber 'n' is the efficiency of the settling chamber As can be seen by the formula, to improve the efficiency the settling chamber you can make the chamber longer, or you can slow the mean gas velocity within the chamber, allowing more particles to fall within the given chamber dimensions. Settling chambers are typically long already with a low mean gas velocity so juggle between these two main ideas and find what you believe will work best in relation to the amount of product you need to make. (kgs of Gas per hour)
No. It may chamber, but the .308 has a wider neck diameter, shoulder diameter, and a longer case length.
yes, except 556 is written as 5.56 caliber (223) Actually, no, it isn't. Although the dimensions match, the military 5.56 cartridge differs from the civilian .223 in several aspects, such as the neck angle, casing thickness, and chamber pressure. A general rule of thumb is that .223 Remington can be fired in a 5.56 chamber, but 5.56 ammo should not be fired in a dedicated .223 chamber.
The cella, or inner chamber of a Greek temple, was typically smaller in proportion to the entire temple structure. Its dimensions were based on a system of ratios that aimed to achieve harmonic proportions and balance in the architecture. This created a sense of enclosure and intimacy for the cult statue housed within the cella.
what are Mercury's dimensions? what are mercury's dimensions?
A Petroff-Hauser counting chamber is a specialized device used in microscopy to count and quantify cells or particles in a specific volume of fluid. It consists of a grid with known dimensions that allows for accurate counting of cells or particles under a microscope. This chamber is commonly used in medical and scientific research to determine cell concentration in a sample.
No the Subterranean chamber was a real chamber in the pyramid of Khufu.