The plural of 'ohm' is ohms, not ohm's.
The alpha-numeric code for identifying the resistance of a resistor is quite straightforward.
The letter is used as a multiplier. For example, k= x1000 and M = x1000 000. In other words, k represents kilo, and M represents mega.
The position of the letter represents the position of the decimal marker.
So,
Similarly,
'5M' is a way of indicating a resistance of 5 megohms for components on electrical schematic diagrams. The 'M' represents 'mega', and its position indicates the position of the decimal point. So, while '5M' indicates 5 megohms, 'M5' would represent 0.5 megohms, and 5M5 would represent 5.5 megohms, etc. Similarly, 'K' is used to represent 'kilo' -so '5K5' would represent 5.5 kilohms.
It's unnecessary to show the 'ohms' symbol, because '5M' would normally be attached to the circuit symbol for resistance.
In a series circuits, you simply add the the values of each resistor and that is you answer. i.e. - 200 + 86 + 91 + 180 + 150 = 707 ohms
No, an open resistor has a value of infinity. An open resistor typically will measure over 900 Megohms. A zero ohm resistor is exactly that, and will measure zero ohms. They are typically surface-mount devices.
Resistance is measured in ohms.
To provide 240 ohms of resistance. What those 240 ohms do in an actual circuit depends on the intention of the designer.
It depends on the resistance of each resistor. If each resistor, for example, is 0.333 ohm, then you could connect them in series. If each resistor, for example, is 3 ohms, then you could connect them in parallel.
The answer is 1.5 ohms. The 'R' is a multiplier (x1), and its position is the decimal point. So 1R5 means 1.5. Similarly, 15R would mean 15 ohms, and R15 would mean 0.15 ohms. If the letter 'k' was used, then 1K5 would mean 1.5 kilohms If the letter 'M' was used, then 1M5 would represent 1.5 megohms, etc.
Resistor value is defined by the Resistance the resistor offers in Kilo ohms/ohms value given by color codes on the resistor.
Ohms
A short circuit is an unexpected path of zero resistance between two nodes in a circuit. If you measure the resistance of a resistor, and find that is has zero ohms, but the resistor is supposed to be somthing else, such as 100 ohms, then you can conclude that the resistor is shorted. Keep in mind that the precision of the measurement might be critical. If the resistor is supposed to be 100 ohms, but you get zero ohms, then the answer is easy. If the resistor is 0.001 ohms, but you get zero ohms, then you have to consider the precision of the measurement, the resistance of the wires, etc.
22Kiloohm is 22,000 ohms 22megohm is 22,000,000 ohms Kilo is a thousand meg/mega is a million
4400 Ohms
In a series circuits, you simply add the the values of each resistor and that is you answer. i.e. - 200 + 86 + 91 + 180 + 150 = 707 ohms
No, an open resistor has a value of infinity. An open resistor typically will measure over 900 Megohms. A zero ohm resistor is exactly that, and will measure zero ohms. They are typically surface-mount devices.
no
4200 ohms
Resistance is measured in ohms.
500 ohms.