It is 0.2 micro siemens
(100 milli-S/meter) x (1,000 micro-S/milli-S) x (1 meter/100 cm) = 1,000 micro-S per cm
There are 30.48 cm to a foot, so divide by 30.48 to convert the measurement made in cm into feet.
5'10" = 177.8 cm
First convert everything to feet, or to inches. One foot is 12 inches. Then convert the cm. - one inch is 2.54 cm.First convert everything to feet, or to inches. One foot is 12 inches. Then convert the cm. - one inch is 2.54 cm.First convert everything to feet, or to inches. One foot is 12 inches. Then convert the cm. - one inch is 2.54 cm.First convert everything to feet, or to inches. One foot is 12 inches. Then convert the cm. - one inch is 2.54 cm.
To convert ohm centimeters to micro siemens centimeters, you can use the formula: 1 micro siemens/cm = 1 / (ohm/cm). For example, if you have a value of 100 ohm/cm, the conversion would be 1 / 100 = 0.01 micro siemens/cm.
It is 0.2 micro siemens
(100 milli-S/meter) x (1,000 micro-S/milli-S) x (1 meter/100 cm) = 1,000 micro-S per cm
You are trying to convert linear measurement to square, which is wrong. Conductivity is receprocial to resistivity; EC=1/ER the proper conversion is 1 Sm/cm=1 Ohm cm=100 Ohm m, but not Ohms per square.. Follow this link for discussion on the topic and for on-line calculators for converting electrical conductivity units. http://landviser.us/phpBB3/viewtopic.php?f=4&t=3
A megaOhm.cm is a unit of electrical resistance (Note: Centimeters here are multipliers, not denominators). It is equivalent to the unit microS/cm, where S represents Siemens. 1 S = 1/Ohm Some notation uses the inverse term, mho, as in 1 micromho.cm. 1 mho = 1/Ohm = 1 S
if I have seen this right, you are converting ohms to siemens? Check you conductivity (siemens), divide "1" by the conductivity value. in scientific notation 1000 would be 1x10^3 and change the units to ohms. If correct, you should have 5x10^5. May not have helped you.
1 Ohm meter X (Mega Ohm/ 1000 Ohms) X (100 cm/meter) = 100/1000 Mega Ohm cm = 0.1 Mega Ohm cm method: dimensional analysis
Lotte Ohm is 158 cm.
10 ohm-m
Lotte Ohm is 158 cm.
Rahel Ohm is 162 cm.
Sorry. You cannot convert ohm-cm to Mohms, just like you cannot convert mph to miles. They are two different concepts. If you also have the thickness of the material (say along the z axis) in question, then you can divide ohm-cm by the thickness to get to ohm per square. In order to convert ohm per square to ohms, you also need to know the number of squares (the x-y plane). An example. Let us assume a metal ruler of two cm wide (x), one meter long (y), and 0.2 cm thick (z). Let us assume the resistivity of the metal is 1 ohm-cm. Find the resistance of the metal along the length of the ruler (in the y direction). Resistivity = 1 ohm-cm Thickness = 0.2 cm. Sheet resistance = 1 [ohm-cm] / 0.2 [cm] = 5 ohms/square Number of squares = 1 [m] / 2 [cm] = 50 squares Total resistance along y = Sheet resistance * number of squares = 250 ohms. Q.E.D. P.S. Note that the term, resistivity, is a general property of the metal, no specific design in mind. Resistance is calculated for a specific object (the ruler) made of the metal. "Square" is not one of the SI units, but "Square" and "sheet resistance" are terms used by engineers to describe thin films. ============================