Because photons have mass, they also have weight.
Given the particular size and shape of a shadow at any given instant of time, and comparing the quantity of photons striking the same surface with the same dimensions as the shadow with the photons striking the area of the shadow, the weight of the shadow would be in the negative relative to the area affected by direct light. Using scientific standards for the weight of a photon, the weight of the shadow can be calculated for any portion of time given for the measurements of the examination.
A shadow. It appears to have size and shape, but it doesn't have any physical weight.
Your shadow.
Shadow the Hedgehog's weight is not officially stated in the Sonic the Hedgehog series. However, as a hedgehog character, he is likely to weigh around 2-3 pounds.
go to youtube and put that question in and vsauce will tell you
The shape of a shadow is determined by the angle and position of the light source, the object casting the shadow, and the surface on which the shadow falls. Changes in any of these factors can alter the shape of the shadow.
your shadow
number eight
The dry weight of the Honda VT1100C Shadow is 257.6 kg. By dry weight one means the weight of the bike without fuel and engine oil.
Shadow
A shadow. It appears to have size and shape, but it doesn't have any physical weight.
350 lbs.
The question isn't even spelled correctly. Dont you mean "cast"? Regardless, atomic weight refers to the combined number of protons & neutrons in the nucleus of an atom. Light is not an atom. It is a photon (particle) or an electromagnetic wave. It has no mass & no atomic weight. Light does not cast a shadow. The shadow is cast by an object blocking the light.
Use any JASO MA or MA2 approved oil of 10w/40 weight.
Your shadow.
Shadow the Hedgehog's weight is not officially stated in the Sonic the Hedgehog series. However, as a hedgehog character, he is likely to weigh around 2-3 pounds.
30 Straight weight
It's shadow