Looking at the instruction sheet of the unit, I would say that the vertical / horizontal position makes no difference in its operation. It looks like wire is wrapped around the pipe to form a DC coil and it is the flux from this coil is what penetrates the pipe. So again the coil does not know what position it is in, so should work in any position.
1.small scale embedded systems 2.medium scale embedded systems 3.sophisticated embedded systems
Nanotechnology is the science of things on the nano-scale, or 10^-9 meters. To imagine this scale, think of the relationship between you and your hair, its pretty tiny. Then imagine if your hair grew a proportional sized hair. Now imagine if that hair grew a hair. This is how small nano-scale engineering goes.
The numbers are leds instead of a needle
to measure electrical enegy
On an analog ohmmeter, measurements are more precise and more accurate at the zero end of the scale.
What is the scale vertical axis
The scale of a vertical bar graph is written on the vertical axis.
yes
The vertical axis!
Time (horizontal scale) versus Amplitude (vertical scale).
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If you're talking about a graph then here's your answer... There are to axis's the x axis (horizontal) and the y axis (vertical). So your talking about the vertical scale so since a graph is shaped like an L the vertical part would contain the scale (numbers along the side) so that you can read a bar graph easier
no
a scale with diffrent numbers
The x axis is the horizontal axis. The y axis is the vertical axis.
Most graphs use two scales: a horizontal scale and a vertical scale. What is on the scales depends on what the graph is to be used for. For example: the vertical scale could show distance travelled, while the horizontal scale could show the time.
Ohms scale on a multimeter