Strong nuclear forces hold the nucleus of an atom together. Weak nuclear forces are involved when certain types of atoms break down
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NOESY Nuclear Overhauser Effect SpectroscopyCorrelation spectroscopy (COSY)
Nuclear dynamite contain atoms with high energy so it can blow a large area whereas normal dynamite is just the opp..
A fire bomb is a conventional incendiary bomb: magnesium, napalm, etc. A nuclear bomb uses fission and/or fusion and is mostly a blast effect weapon.
Nuclear size and shape are determined by a number of factors. Size: Amount of genetic material, fluid, proteins and byproducts of the transcription process. Shape: Most nuclei are "anchored" in the cell by microtubules that are coordinated by the centrosomes. This internal structure works a lot like steel beams when constructing home or other buildings. Position: Is also determined by the relationship between motor proteins that are attached to the nuclear envelope and the microtubules.
It was a nuclear bomb. Everyone was afraid of a nuclear bomb. The nuclear power plant malfunctioned. The Cold War was about fear of nuclear attack.
Nuclear decay rates vary, but chemical reaction rates are constant
nuclear
Nuclear energy is used to produce electrical energy, but there is no direct relationship
Radiation generally describes non harmful waves such as radio waves and light wave while nuclear radiation usually describes emission of harmful gamma rays.
mass defect
Strong nuclear forces hold the nucleus of an atom together. Weak nuclear forces are involved when certain types of atoms break down.
Nuclear fuel has a higher energy density than fossil fuels.
Exactly the same way you 'work out' a formula for electricity, ocean depth, population, speed in a car, or nuclear energy: You decide on the quantity to be found by your formula, then you decide on the information you'll have when you use the formula, and if there's a solid relationship between the two, then you write a statement that shows exactly how the relationship works.
What formula, developed by Albert Einstein, describes the relationship between energy and matter? "Nuclear reactions convert matter into energy. In 1905, Albert Einstein developed a formula that described the relationship between energy and matter. You have probably seen this famous equation, E=mc2. In the equation, the E represents energy and m represents mass. The c, which represents the speed of light, is a very large number. This equation states that when matter is changed into energy, an enormous amount of energy is released."
Energy
Energy
Nuclear energy is a type of potential energy, which depends on the forces between the nucleons (protons and neutrons). In other words, the energy is stored in the relationship between the particles.