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Atomic and Nuclear Physics
How information transfer from one particle to another?????
Atomic and Nuclear Physics
Can we create mass from energy and is it possible to make anti nuclear reactor.????
Atomic and Nuclear Physics
2.Describe how nuclear pysicist involves electromagnetic or sound waves.
Atomic and Nuclear Physics
What causes a rare Broadband Low Frequency signal that fluctuates, sometimes rappidly, sometimes slowly, but rare? Is it Geomagnetic pulse, or X-rays or Gamma-rays from the Sun? I cannot pinpoint the correct graph to watch. It carries a 5KHz signal with it, if that helps. Thanks mike
Atomic and Nuclear Physics
Can you tell me what causes a rare Broadband Low Frequency signal that Fluctuates, sometimes rappidly, sometimes slowly, but rare? Is it a Geomagnetic pulse or X-rays or Gamma-rays from the Sun? I cannot pinpoint the correct graph to watch. It carries a 5KHz signal with it, if that helps. Thanks, mike
Atomic and Nuclear Physics
a proton and electron is kept on a friction less horizontal smooth surface at a distance 1m from each other at rest. the temperature of surroundings is 15 degree celcius initially at a rate of 1 degree per second. find how long both fundamental particle will take to meet each other?
Atomic and Nuclear Physics
a copper calorimeter of mass 100kg contains 50g of water and 5g of ice at 0 degree celcius.what mass of steam at 100 degree celcius must be passed to the calorimeter to raise the temp to 30 degree celcius.
Atomic and Nuclear Physics
how the energy is produced in a nuclear reactors?
Atomic and Nuclear Physics
a radio active element of mass 500 g has a half life of 100 years. what will its mass be after 10 half years. will it eventually cease to exist ofter some time ? discuss
Atomic and Nuclear Physics
1. A decommissioned nuclear power station still produces 0.5 MW of power five years after being turned off. Assuming that each decay releases 0.16 MeV of energy, calculate activity of the reactor in Kilo becquerels (KBq).
2. The ratio of carbon-14 to carbon-12 in a prehistoric wooden artifact is measured to be one-sixteenth of the ratio measured in a fresh sample of wood from the same region. The half life of carbon-14 is approximately 5,730 years. Determine its age.
3. What was the effective dose received by a cancer patient who received 2.8nSv to his lung and 350(mu)Sv to his colon. Compare your result with a normal background radiation and make and informed guess as to how likely the patient is to develop somatic effects after treatment
2. The ratio of carbon-14 to carbon-12 in a prehistoric wooden artifact is measured to be one-sixteenth of the ratio measured in a fresh sample of wood from the same region. The half life of carbon-14 is approximately 5,730 years. Determine its age.
3. What was the effective dose received by a cancer patient who received 2.8nSv to his lung and 350(mu)Sv to his colon. Compare your result with a normal background radiation and make and informed guess as to how likely the patient is to develop somatic effects after treatment
