unilateral
In a pipeline system, expansion loops, which may actually be ahorseshoe or w-shape besides a loop, provide a tolerance for the pipe when it experiences a thermal expansion or contraction.
Fault tolerance is the ability of a system to continue working even when a fault exists. In the case of RAID, which stands for Redundant Array of Inexpensive Discs, fault tolerance is provided by having data recorded on more than one drive, and also by having more than one power supply. Note that RAID 0 is not fault telerant because it is simply stripes the data to increase size and bandwidth, but provides no redundancy. RAID 1 and RAID 5 are fault tolerant, to various levels.
Greater possible accuracyNo driftNo temperature sensitivityReduced noiseNo aging problemsEasier to change if neededHowever where speed of response is critical the analog control system may be preferred over digital.
First, a primer on what the effect of the MMC modifier is. Suppose the example shown below is applied to a pin: The "M" symbol tells us that the given position tolerance of 0.5 applies if the pin is made at its maximum size of 11.8 mm. But if the pin is made at any size less than that, then the position tolerance gets a corresponding "bonus" tolerance. Thus, each part that is made gets its own customized geometric tolerance. (Example: a pin made at 11.5 gets a position tolerance of 0.8, and a pin made at the smallest size of 11.2 gets a position tolerance of 1.1 mm.) The advantage to this system is that some parts that are made will get more positional tolerance, while still ensuring that those pins will assemble with the mating parts. With two-column tolerance stack calculations, then, we must be careful. Without the "M" symbol, we would simply add another line item in our stack to account for the 0.5 mm position error (which is actually 0.25 in each column). With the "M" symbol, that line should still be added, but then another line should also be included for the bonus portion. Then the key is to realize that sometimes the bonus amount is applied to both columns, and other times it only occurs in one column. Here is an example where the bonus is in both columns, because the pin's size is not a factor; the stack is directed to the axis of the pin: If the stack were leading to the edge of the pin, then the size of the pin gets factored into the stack, and one column would have zero and the other would get the 0.3 bonus.
Hide changes in the database hardware from the applicationretrieval (query and reporting)Security, integrity, backup, fault tolerance etcDB DefinitionDB revision and restructuring
Engineering drawings come with a set tolerance, a value or allowance from nominal. This will be either dimensional or geometric. It is a set size that can be unilateral or bilateral from the nominal for example (+/- 0.25) or (+0.1-0) this can cover the whole job but often it will be individual features like run-out, ovality, diameters and lengths.
If this hypothesis is true, then unilateral neglect should be improved by increasing activation of the sustained attention system.
A bilateral system is where both parts of a system are equally important for the proper function of the system. The two parties are directly affected by the system functions which makes them dependent to each other.
bilateral system
This classification divides cleft lip into unilateral or bilateral (right, left or extent) in thirds--(i.e., one-third, two-thirds, three-thirds), or median cleft lip, the extent of which is also measured in thirds.
through bilateral nervous system
three of the body system are radial , bilateral , asymmetry.
through bilateral nervous system
central, bilateral, dorsal
The bilateral system or bilateral descent is a system of family lineage in which men and women are valued equally and are given the same rights and opportunities in transfer of wealth or property.
Conduit wiring system is preferred for workshop lighting.
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