The colour of everything depends on the frequency of light it emits and all light travels at the same speed so, to find if the energy has a visible colour divide the speed of light 3x108 ms-1 by the energy in joules. below is a table to help you (frequency is the second column) Colour
(nm)
(1014 Hz)
(104 cm−1)
(eV)
(kJ mol−1)Infrared>1000<3.00<1.00<1.24<120Red7004.281.431.77171Orange6204.841.612.00193Yellow5805.171.722.14206Green5305.661.892.34226Blue4706.382.132.64254Violet4207.142.382.95285Near ultraviolet30010.03.334.15400Far ultraviolet<200>15.0>5.00>6.20>598
Energy hasn't a color.
Energy
Thermal Energy.
Yellow is a warm, high energy color. Green is a cool calming color.
The frequency of the light is the color and the energy is E=hf or Planck's Constant times the color or frequency.
orange. i love the color for its representation of postitive energy
because it is a very kewl color and it is my fave color!
its black color attractes energy
which form of electromagnetic energy allows us to see color
Blue.
No, unless you have some sort of lighting which makes it appear a different color.
the bands are color- coded because it tells you what is what and what energy it have.