Brown (1) - black (0) - orange (4 more 0's) - 10,000 ohms.
Orange, orange, brown is 330 ohms.
Green, Black, Orange, (gold / silver) Green = 5 Black = 0 Orange = x10^3 50x10^3 = 50,000 or 50k Ohm
In a Resister u can find totally FORE colored rings.The First three rings used to calculate the value of the resister while the fourth ring indicates the tolerance. Let i say an example how to calculate the value of a resister. there are 10 colors commonly using in resister.Each color indicates a value. let me say it. Black-0 Brown-1 Red-2 Orange-3 Yellow-4 Green-5 Blue-6 Violet-7 Grey-8 White-9 A residter has 1.Yellow 2.Violet 3.Brown 4.Gold So yellow value is 4,Violet value is 7,Brown value is 1 So 47(Yellow)(Violet)*10^1(Brown) =470 Ohm and gold indicates +/- 5% tolerance. That is min value of that resistor is 446.5 Ohh and max value of that resistor is493.5 Ohm. Note: Most of the resistor have Four rings only. But aso there are resistors available with 5 rings
First You need to identify four colors after that each color has some certain valuelook up the table-Black- 0Brown- 1Red- 2Orange- 3Yellow- 4Green- 5Blue- 6Violet- 7Gray- 8White- 9Golden-5%silver-10%no color-20%DETECTING VALUES FROM COLOR CODEmark the value of first color after THAN mark the value of second color(marking from left to right) and after that third color has value power of 10, and after that mark the tolerance valuefor example --let the color of resistance isBROWN-BLACK-ORANGE-GOLDENVALUE OF BROWN IS - 1VALUE OF BLACK IS- 0VALUE OF ORANGE IS- 10 to the power 3 (1000),BCoz orange has value-3VALUE OF GOLDEN IS - 5% (IT IS TOLERANCE OF RESISTANCE)SO THE FINAL VALUE BECOME 10000 OHM +- 5%
Variable resistor. The value of the variable resistor can be changed at any given moment.
Orange, orange, brown is 330 ohms.
The value of a resistor with color bands brown, black, black, silver, and brown is calculated as follows: The first two bands (brown and black) represent the digits 1 and 0, giving a base value of 10. The third band (black) indicates a multiplier of 1 (10^0). The fourth band (silver) signifies a tolerance of ±10%. Thus, the resistor has a nominal value of 10 ohms with a tolerance of ±10%.
The values and colours of the bands are as follows (0) Black (1) Brown (2) Red (3) Orange (4) Yellow (5) Green (6) Blue (7) Violet (8) Grey (9) White The first two bands are the value, the third is the multiplier (times ten). So as an example if the first band is Red, the second is Green, and the third is Orange, the value would be 25000 or 25k Ohms.
Green, Black, Orange, (gold / silver) Green = 5 Black = 0 Orange = x10^3 50x10^3 = 50,000 or 50k Ohm
149 ohms, I believe.
A 0.1 ohm resistor is color coded brown (1) black(0) silver (x 10-2).
Green - Black - Red, but this is not a standard value. You probably want a 5.1K resistor, and that is Green, Brown, Red
The wires have an orange plastic shielding. The wires are white and black. If you know the value of the resistor you can cut the wires going to the lock cylinder and solder in a resistor of the correct value.
Resistors have standard colors for identification of the resistance value. In order, the colors are: black, brown, red, orange, yellow, green, blue, violet, gray, and white. Reading resistors is a very simple procedure if you use the chart and formula below. Hold the resistor with the gold or silver band to the right and read the resistor from the left to the right. http://www.westfloridacomponents.com/reschart.html
The resistor is identified by a colour code. Most common is the 4 band resistor, band values are as follows - Black- 0, Brown - 1, Red - 2, Orange - 3, Yellow - 4, Green - 5 , Blue - 6, Violet - 7, Grey -8, White 9. The 4 th band is the multiplier.If the picture above is headed "Chicago7" then check the colour bands, they are Blue, 6 green 5 , orange 3, indicating a 65 K ohm resistor.
The color bands on the resistor indicate its resistance value: brown (1), black (0), and red (multiplier of 100). This means the resistance is 10 multiplied by 100, which equals 1000 ohms. Therefore, the correct answer is D. 1000.
In a Resister u can find totally FORE colored rings.The First three rings used to calculate the value of the resister while the fourth ring indicates the tolerance. Let i say an example how to calculate the value of a resister. there are 10 colors commonly using in resister.Each color indicates a value. let me say it. Black-0 Brown-1 Red-2 Orange-3 Yellow-4 Green-5 Blue-6 Violet-7 Grey-8 White-9 A residter has 1.Yellow 2.Violet 3.Brown 4.Gold So yellow value is 4,Violet value is 7,Brown value is 1 So 47(Yellow)(Violet)*10^1(Brown) =470 Ohm and gold indicates +/- 5% tolerance. That is min value of that resistor is 446.5 Ohh and max value of that resistor is493.5 Ohm. Note: Most of the resistor have Four rings only. But aso there are resistors available with 5 rings