$100-200, depending on condition.
The raisin-in-a-bun model was proposed by the American scientist J.J. Thomson in 1904. This model describes the atom as a positively charged "bun" with negatively charged electrons (the "raisins") embedded within it. Thomson's model aimed to explain the structure of the atom before more accurate models, such as Rutherford's, were developed.
The charge of the negative charge of electrons surrounding the nucleus of the atom.
The "raisin-in-a-bun" model, which describes the structure of an atom, was proposed by the British scientist J.J. Thomson in 1904. This model suggested that atoms consist of a positively charged "bun" with negatively charged electrons (the "raisins") embedded within it. Thomson's model was an early attempt to explain atomic structure before the development of the more accurate planetary model by Ernest Rutherford.
one Oscar Mayer Hot dog-no bun is 4 Weight watchers points plus value
In Thomson's model of the atom the electrons were imbedded in the mass of the atom (like raisins in a bun) directly with the protons and neutrons.In Bohr's model the electrons "orbited" a central nucleus composed of the protons and neutrons (like planets orbiting the sun)The analogies of both were highly inaccurate compared to what both theories actually said. Bohr's theory correctly predicted spectral lines and Thomson's didn't.
The raisin bun theory is a model of the universe's structure that suggests galaxies are like raisins embedded in a rising dough, representing space itself. As the dough expands, the raisins move away from each other, illustrating how galaxies are receding as the universe expands. It is called the "raisin bun theory" because the analogy of a bun filled with raisins effectively visualizes the distribution of galaxies in an expanding universe. This model helps to explain the observed redshift of distant galaxies as evidence of cosmic expansion.
The charges were the negative charges of the electrons surrounding the nucleus of the atom.
it is use to make a bun
A bun, half a bun, a bun and a half, and two buns.
Just put it in a bun, if it is curly, when it is in a bun it will look messy.
The nickname for Thompson's atomic model is the "plum pudding model." This model suggests that atoms are made up of a positively charged "pudding" with negatively charged electrons embedded within it, resembling plums in a pudding.
Bun B is 5'10"