all depends on what you mean cells as in people and animals, it is the nucleus. if it is solar cells it is a electrode.
1 2 3 4 5 6 7 8 9 ok. start at 9 and go through 5 and 1, then go through 4 and 7 and keep going past the end of the square. come back up on a diagonal through 8 and 6, again going past the edge of the square and finish by going horizontally through 3, 2 and back to 1.
In the Lewis dot structure of sf4 the S is in the center. The S has two dots to the right of it. The S is surrounded on the top, bottom, and side with the F. Each one of the F's have 6 dots surrounding them.
1. An electron dot diagram can show you that the symbols for an element surrounded by dots. Each dot stands for one valence electron.
The number of cells that can fit in a dot depends on the size of the dot and the type of cells being considered. For example, a typical human cell is about 10-30 micrometers in diameter, while a dot printed by a standard printer might be around 0.1 millimeters (100 micrometers) wide. Therefore, theoretically, a dot could contain several cells, potentially in the range of 10 to hundreds, depending on the specific dimensions and cell types involved.
Na. (sodium with one dot, representing one valence electron)
Using standard Braille transcription, where the numbers 1, 2, and 3 represent the dots on the top left, middle left, and bottom left respectively, and the numbers 4, 5, and 6 represent the dots on the top right, middle right, and bottom right respectively, the letter f is written 1,2,4. That is, a dot in the top left cell, a dot in the middle left cell, and a dot in the top right cell.
Start at the bottom left dot, go up to the top left dot but carry on as though there is another invisible dot above it, then go diagonal right to the top middle dot and carry on to the middle right dot and carry on again as if there is another invisible dot to the right of the bottom row of dots, then go left to the bottom left dot, then go diagonal right to the top right dot.
Start off at the bottom left dot, go up to the top left dot and carry on as though there is another invisible dot above it, go down diagonal right to the top middle dot and carry on to the right middle dot and carry on once more as though there is another invisible dot to the right of the bottom line of three, go left to the bottom left dot and then go diagonal right to the top right dot.
If you mean nine dots (3 lines of 3) then it is: Start off at the bottom left dot. Go up to the top dot and carry on as though there is another dot directly above it. (think of it as an invisible tenth dot). Go down diagonal right over the two dots (the first dot you will hit is the top middle dot) so you finish up on the middle right dot. Go up to the top right dot. Go down diagonal left to the bottom lef dot. Then right to the bottom right dot.
t's 2 dots and 1 dot on the bottom then a triangle with the point towards the right then 2 dots in the middle with 1 dot on top on the right side and 1 dot on bottom to the left.
It's 2 dots and 1 dot on the bottom then a triangle with the point towards the right then 2 dots in the middle with 1 dot on top on the right side and 1 dot on bottom to the left. Get a better look at this website below.
No, the DOT does not have a right to ask to see your phone in the state of North Carolina.
It is normally the Fill Handle.
A little hard to describe, start on the bottom left dot, go upwards to the top left dot but do not stop, carry on going up as though there is another invisible dot above it (ONE LINE), go down diagonally right so the first dot you reach is the top line second left dot, carry on going to the bottom right dot (TWO LINES), go up to the top right dot and carry on up as though there is another invisible dot above it (THREE LINES), go down diagonally left to the top line second right dot, carry on going diagonal to the bottom left dot (FOUR LINES), then go right to the bottom right dot (FIVE LINES). See the Related Link below for a graphic.
The Dots are in a Row . . . . method 2: bend the paper into a cylinder shape, and shoot a line around starting at the top left dot going through the bottom right dot, going around the paper and through the bottom left dot, and around again to the top right dot. 4 dots connected in a single line.
Go to first switch. Then up to top blue dot and then to right top blue dot. Down to second switch, and back to first switch. Then down to blue dot and then to right bottom blue dot. Then go up to second switch and quickly go between rulers to red dot.
Go to first switch. Then up to top blue dot and then to right top blue dot. Down to second switch, and back to first switch. Then down to blue dot and then to right bottom blue dot. Then go up to second switch and quickly go between rulers to red dot.