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.
Black is never the first band of a resistor color code,
so you must be reading the stripes backwards.
Orange-Orange-Black = 33 ohms.
Black is never the first band of a resistor color code, so you must be reading the stripes backwards. Orange-Orange-Black = 33 ohms.
obsidian rocks are red and black also sometimes orange
red,orange,yellow,blue,green,and violet I think
it is a yellowish/orange colour but when iodine is present, than it will turn an dark-blue/black colour
The colours in a rainbow according to wavelength are: Red, orange, yellow, green, blue, indigo and violet.Pink, in this scheme would be after red but before orange.
Black is never the first band of a resistor color code, so you must be reading the stripes backwards. Orange-Orange-Black = 33 ohms.
A 10K resistor has the coloured stripes in the following order.. Brown, Black, Orange, Gold
Brown (1) - Black (0) - Orange (1000)
Orange, Black Black should give you 30R
Brown (1) - black (0) - orange (4 more 0's) - 10,000 ohms.
The first three bands on a resistor tell you what its resistance is. The first band is the first digit, the second band is the second digit, and the third band is the number of zeros to add. Use the resistor color code to convert... 0 Black 1 Brown 2 Red 3 Orange 4 Yellow 5 Green 6 Blue 7 Violet 8 Grey 9 White As an example, a 27000 ohm resistor would be Red - Violet - Orange. If the third band is Silver, the multiplier is 0.1 and, if the third band is Gold, the multiplier is 0.01. For example, a 0.39 ohm resistor would be Orange - Gray - Gold.
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
Green, Black, Orange, (gold / silver) Green = 5 Black = 0 Orange = x10^3 50x10^3 = 50,000 or 50k Ohm
The color pattern of the primary bands on a resistor are black, brown, red, orange, yellow, green, blue, violet, grey, white - representing 0, 1, 2, 3, 4, 5, 6, 7, 8, 9.
This question cannot be answered because you did not specify the color of the third band.
Code 46 sets when there is a problem with the vehicle anti theft system (VATS), usually caused by broken wires to the ignition lock. you can bypass the resistor in the key (small resistor mounted in black plastic on the key) by measuring the resistance of the key resistor. next find the wires to the ignition lock cylinder (2 small white wires with orange cover) be careful not to confuse with yellow covered air bag wires. unplug white and orange covered wires at bottom of steering column. cut off wires coming from the ignition lock about 3 inches from plug and connect resistors to simulate the key resistance from one white wire to the other. (resistance should be close to key resistance but does not have to be exact) now plug the connector with resistors back into harness and car should start
There are two screws holding it in. It is located underneath the glove box. Now Depending on if you have manual controls or auto controls will determine what you have to do. For auto controls the blower motor resistor gets plugged in with 3 wires (i believe its red black and orange) and then has two wires coming out of it that plug directly into the blower motor(red and black). For manual controls it is just plugged in and mounted. The purpose of the resistor is to eat up the juice of the battery to control the speed of the blower motor.