Treat each color as a separate LED and wire accordingly. Be sure to observe the polarity of the component (anode and cathode +/-)
Basically, when LEDs are connected in parallel, the LEDs with the lowest resistance will be the brightest, the other LEDs will be dimly lit or not lit at all. Therefore, use LEDs with the same model number and colour.
Superflux LEDs are the pinnacle of LED lighting. At a glance at the specifications it would appear that they are not as bright as the 3mm and 5mm LEDs, however with their 110 degree viewing angles they kick out an enormous amount of light. Making them perfect for vehicle stop lights, signs and many many more applications. Superflux LEDs are also known as Piranha LEDs. http://www.phenoptix.co.uk/Superflux_LEDs_s/35.htm
The numbers are leds instead of a needle
red led is rare and from WW2
Silicon is an indirect band gap semiconductor
yes if the battery is the same voltage, wire should be used to do this.
Cetoscarus bicolor was created in 1829.
Tritomegas bicolor was created in 1758.
Suillia bicolor was created in 1838.
Phaeochlaena bicolor was created in 1877.
Dactylotum bicolor was created in 1843.
Boletus bicolor was created in 1807.
Melanastia bicolor was created in 1930.
Tucetona bicolor was created in 1843.
Stirellus bicolor was created in 1892.
Horologica bicolor was created in 1956.
Xylococcus bicolor was created in 1842.