Each photon has ( h · f ) joules of energy.
( ' h ' is Planck's Konstant. ' f ' is the frequency of the radiation.)
In order to collect 1 mJ of energy from the radiation, you have to gather up
(0.001)/( h · f ) photons. ' h ' is Planck's Konstant, 6.63 x 10-34 joule-second.
' f ' is the frequency of the radiation, which is not given in the question.
Lightning.
Between 100 and 370 nanometers
The radiation is being totally reflected.The object is absorbing momentum from the radiation, and is experiencinga force ... being 'pushed' ... in the direction that the radiation was travelingbefore the bounce.I'm not making that up.
About 100 millirem.
Gamma radiation is made up of photons, which are massless.That is to say, the invariant mass, often simply called mass, is zero. However, the photon does have energy, which has an equivalent mass. The exact mass (in the sense of energy equivalence) of a photon will depend on its energy, which can vary.From the Wikipedia: "Gamma rays typically have energies above 100 keV..." That would be about 1.6e-14 joules (lower limit); if you divide that by the square of the speed of light, you get the equivalent in kilograms (per photon).
Given the wavelength of the photons from above, 3000 nm you just calculate how many joules each photon has and divide that into 100 joules per second.
Sunlight, in the form of photons.
If you are given the "the total radiation" (e.g. 100 rads of radiation) and you are given another radiation level (e.g. 75 rads of radiation) and then you are asked: 'What is "the fraction of the total radiation?"', then you would answer "75/100".
51
Lightning.
You will receive Firaga Burst after you complete the mini-game Balloon Glider in 100 Acre Woods.
Between 100 and 370 nanometers
You can protect yourself from radiation by wearing gloves and a mask. It is also helpful to stay away from areas that are contaminated by radiation. The only way to be 100% sure you will not be affected by radiation is to wear a radiation suit.
The radiation is being totally reflected.The object is absorbing momentum from the radiation, and is experiencinga force ... being 'pushed' ... in the direction that the radiation was travelingbefore the bounce.I'm not making that up.
90-100%
100% yes.
A "Round" is usually how many shots are in the loading chamber. it can be one or many. A BB gun can carry 100 ROUNDS but only fires one ROUND at a time. A Machine gun fires many rounds in a "burst".