In classical geometry, a line is a perfectly thin, perfectly straight geometrical shape which extends to infinity without changing direction; it is one dimensional. A line can be generated by connecting any two points in the most direct way, which creates a line segment, and then extending that segment in exactly the same direction.
It depends on the species of grain, though most are from 50 to 60 pounds to a bushel.
Grain elevator explosions are most likely caused by the ignition (through friction or static electricity) of grain dust that floats in the air within the grain elevators. This same type of explosion can be found in soap factories and candy factories.
Hopefully the same thing it means in most other grades of geometry, which is a straight one dimensional object that is infinitely long. It differs from a ray, which has a finite point and extends infinitely from that point in a single direction, and a line segment, which has two finite ends.
I would have to say half a miligram - one miligram at the most.
Most paper has what we call a "grain direction"; it used to be thought that the grain direction was due to paper fibers being aligned in that direction in the paper-making process, but current thinking is that it is more strongly related to what tension the paper was under as it dried. Handmade papers which were dried between felts often do not have a pronounced grain direction. When a paper does have a pronounced grain direction, as most modern machine-made papers do, it will bend or fold more easily with the grain than across it. If you dampen one side of such a paper, it will curl into a tube with the grain. Most commercial papers are sold "grain long" -- that is, the grain runs the long way, from top to bottom on the sheet. (Putting these things together, if you take a sheet of commercial US printer paper and dampen it on one side, it'll curl up with the grain, resulting in an 11-inch-long tube.)
You should determine the tolerance for grain direction, including secondary grain direction if you have a single crystal material. You should evaluate it's effects on your structures harmonics and stress to see which gives you the most favorable results, then see how far you can deviate from that and still have acceptable life.
Most often any line should be wound clockwise as that is the way parts will screw together.
Valium
To beat the grain with a stick and turn it over and over again that is the most common way of threshing grain.
To beat the grain with a stick and turn it over and over again that is the most common way of threshing grain.
More than 50% of the grain is used to feed cattle in the US. So most of the grain in the US is used to make meat.
In classical geometry, a line is a perfectly thin, perfectly straight geometrical shape which extends to infinity without changing direction; it is one dimensional. A line can be generated by connecting any two points in the most direct way, which creates a line segment, and then extending that segment in exactly the same direction.
The main staple grain of most of the world is rice.
The second most popular grain of rice in India is basmati rice.
Grain is the biggest. Grain was to the Romans as oil is to us. The grain supply from Egypt was the most important supply line to ROme and the city even had a grain doel. Other than that in the early Rome salt was what soliders were paid in. Then your basics like gold and iron stuff like that. On could aslo consider slaves to be an important resource particularly to the upper classes.
To beat the grain with a stick and turn it over and over again that is the most common way of threshing grain.