The real name for a coordinate grid would be a Cartisian Plain. It sounds somewhat like that.
Well you have to answer all the questions you can and then you have to look at all the answers you have and use them to work out the rest you have to look at the answers you have and work out what the other number is to work out all the numbers on the outside of the grid! Hope I have helped you for tests and homework from now on! Ed R
This is talking about a search grid. When you search for evidence you have to look at an area in detail and to keep track of where you have been and where you need to still examine; you need the grid to know where those parameters are. Also it keeps you from repeatedly searching one area while skipping another and missing something vital.
Rational zeros are everywhere you just have to look on the grid sheet. Then you draw 4 corners . There! You have a rational zero!
Count the number of squares across the top of the grid, the count the number of squares down the side of the grid. Then multiply these two numbers If you have a grid of 100 squares by 60 squares then the number of squares in the grid is 100x60 = 6000
You van measure the velocity of clouds with Nephoscope .Nephoscope is used to measure angular moment of clouds.Nephoscope can be found in many observatories Across the world.
Its like a grid separated in four quadrants with an x and y axis, with labeled coordinated (3,-4)
Some disadvantages of the nephoscope include its reliance on sunlight, making it ineffective during nighttime or in cloudy conditions. Additionally, the nephoscope requires manual adjustments and constant monitoring by an observer, which can be labor-intensive. Finally, the nephoscope may not be as accurate as other modern instruments for measuring cloud height and movement.
So you can look in any direction and practically see the whole city.
the lowest or highest point on the coordinate grid/ graph
Your face goddamit
it should look something like this: http://www.jovotoys.com/figs/SquGridLandscape.png
A nephoscope is an instrument used to measure the altitude and angle of clouds in the sky by visually tracking their movement relative to the instrument. By observing the movement of clouds against the gridded field of view of the nephoscope, the observer can estimate the cloud base height and direction.
nephoscope
looks like a honeycomb style grid device in the air tube.
a multiplication grid looks like a box set of numbers where you multiply two numbers making each two numbers multiplied by making multiplication boxes
A nephoscope is used to measure the altitude and angle of clouds in the sky. To use it, you would position yourself with the nephoscope, align the cloud's base with the horizontal crosshair, and then read the angle measurement to determine the cloud's height. Additionally, you may need information such as distance to get more accurate measurements.