As it is 100 times more precise -
a place could be anywhere in a big square,
but dividing horizontal into 10 smaller lines, and same for vertical,
makes 10 x 10 = 100 smaller squares.
So aplace can be found more easily.
Because it is much more accurate (long distances) Larger the figures the greater the accuracy- (very accurate)
These are used In grid's. For an example - Grids on A computer - Map's and other. how to use these are VERY Simple. Notice on a map you follow the contor lines's which are the Numbers - Example 1 |_| |_| 2 |_| 3 |@| 4 |_| 5 |_| 6 7 1 2 3 4 5 6 8 9 10 - These numbers are an example, In a map these will go all the way around. Notice the square with the @ symbol in it, the 4 figure grid reference for that is - 43. In normal maps These are in double numbers. like 10. 4-3 - would be 4030, the "4" is the Bottom easting. ( bottom number) that is in that row of squares. and 3 is the HEIGHT. every number like 1-2-3-4-5-6 will Have a row of squares above them. so Tell me the Grid Reference Between 41 ( or 4010) Answer: It is in the "4 " Row, and at the top. of the row. a 6 grid reference Is More presice. these have more numbers than 4- Like 4030 - that cordinate, would have more numbers. Example : ( a 6 figure grid reference is only used to PINPOINT AN exact location of an Object -and the 6 grid reference would be - ( 1 |_| |_| 2 |_| 3 |._| 4 |_| 5 |_| 6 7 1 2 3 4 5 6 8 9 10 I wanna get the location of the Dot It would be "4-7-3-2" - 4 for the coloum, Picture the square from the bottom. was divided into 10' |-|-|-|-|-|-|-|-| you just work how many Lines the Dot is across, which is 7. 4-7. the 3- as the middle row. and the 2 is 2 across. but on the Last 2 numbers. You Work across, on the side go to the LEft or the right side ( left side) and count 10 up from the -->|_| Side notice thr arrow - so it would look like -|- this, this is one side of the square - the left -|- -|- -|- |-|-|-|-|-|-|-|-|-|
Polygon
Composite
There two different shapes that have more than one vertex. One is a triangle it is a plane figure that has three straight sides and three angles and a quadrilateral which a four sided figure.
Because it is much more accurate (long distances) Larger the figures the greater the accuracy- (very accurate)
Six figure grid reference can be find by first measuring eastings and than northings.
It is that Longitude and Latitude are more accurate than alpha numetic grid references. :)
These are used In grid's. For an example - Grids on A computer - Map's and other. how to use these are VERY Simple. Notice on a map you follow the contor lines's which are the Numbers - Example 1 |_| |_| 2 |_| 3 |@| 4 |_| 5 |_| 6 7 1 2 3 4 5 6 8 9 10 - These numbers are an example, In a map these will go all the way around. Notice the square with the @ symbol in it, the 4 figure grid reference for that is - 43. In normal maps These are in double numbers. like 10. 4-3 - would be 4030, the "4" is the Bottom easting. ( bottom number) that is in that row of squares. and 3 is the HEIGHT. every number like 1-2-3-4-5-6 will Have a row of squares above them. so Tell me the Grid Reference Between 41 ( or 4010) Answer: It is in the "4 " Row, and at the top. of the row. a 6 grid reference Is More presice. these have more numbers than 4- Like 4030 - that cordinate, would have more numbers. Example : ( a 6 figure grid reference is only used to PINPOINT AN exact location of an Object -and the 6 grid reference would be - ( 1 |_| |_| 2 |_| 3 |._| 4 |_| 5 |_| 6 7 1 2 3 4 5 6 8 9 10 I wanna get the location of the Dot It would be "4-7-3-2" - 4 for the coloum, Picture the square from the bottom. was divided into 10' |-|-|-|-|-|-|-|-| you just work how many Lines the Dot is across, which is 7. 4-7. the 3- as the middle row. and the 2 is 2 across. but on the Last 2 numbers. You Work across, on the side go to the LEft or the right side ( left side) and count 10 up from the -->|_| Side notice thr arrow - so it would look like -|- this, this is one side of the square - the left -|- -|- -|- |-|-|-|-|-|-|-|-|-|
There are a total of 1,933, though games released in more than one region will appear more than once in that figure. A more accurate figure would be 1,263 as that is the number of different games released in Japan alone.
The voltage present in a power grid line is more than enough to kill you.
Socket F
Socket F
no
The answer depends on which numbers are in the grid!
Metric units have many advantages over Imperial units but precision and accuracy are not amongst them. Precision and accuracy depends on the individual units in use. For example, A kilometre is more accurate than a mile, A furlong is more accurate than a kilometre, A metre is more accurate than a kilometre, A yard is more accurate than a metre, A foot is more accurate than a metre, An inch is more accurate than a foot, A centimetre is more accurate than an inch, A thou is more accurate than a centimetre, and so on, and on.
working of grid station