fusion began. The fusion of hydrogen atoms in the core of this proto-sun emitted large amount of energy, which is the continued source oflight and heat that now reaches our planet.Why does our sun generate energy?SELECT ONE OF THE FOLLOWING OPTIONS:A. It emits residual energy from the formation of the solar systemB. Atoms within the sun are so densely packed that nuclear fusion occurs,generating large quantities of energyC. Friction created by motion of particles within the sun generates heatSubmit answerWas this helpful?4 Gravity caused the dust and gases (mostly hydrogen, H, and helium,He) in the nebula to begin to accumulate in the center of the newlycondensing protoplanetary disk. The origin of the solar system froma condensing nebula is called the "nebular hypothesis." When gasand dust at the center of this rotating disk became packed verytightly together, the atoms became so tightly packed that nuclearfusion began. The fusion of hydrogen atoms in the core of this proto-sun emitted large amount of energy, which is the continued source oflight and heat that now reaches our planet.Why does our sun generate energy?SELECT ONE OF THE FOLLOWING OPTIONS:A. It emits residual energy from the formation of the solar systemB. Atoms within the sun are so densely packed that nuclear fusion occurs,

Nuclear fusion takes place when two or more less stable lighter nuclei are combined under high…

fusion began. The fusion of hydrogen atoms in the core of this proto- sun emitted large amount of energy, which is the continued source of light and heat that now reaches our planet. Why does our sun generate energy? SELECT ONE OF THE FOLLOWING OPTIONS: A. It emits residual energy from the formation of the solar system B. Atoms within the sun are so densely packed that nuclear fusion occurs, generating large quantities of energy C. Friction created by motion of particles within the sun generates heat Submit answer

fusion began. The fusion of hydrogen atoms in the core of this proto- sun emitted large amount of energy, which is the continued source of light and heat that now reaches our planet. Why does our sun generate energy? SELECT ONE OF THE FOLLOWING OPTIONS: A. It emits residual energy from the formation of the solar system B. Atoms within the sun are so densely packed that nuclear fusion occurs, generating large quantities of energy C. Friction created by motion of particles within the sun generates heat Submit answer

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Similar questions

Which of the following consists of a stream of charged particles? a. alpha rays b. beta rays c. gamma rays d. more than one response is correct
Please type the answer instead of writing. Thank you
An alpha particle a. is least ionizing b. travels with speed of light c. can be stopped by a piece of paper or thickness of skin c. eis a nitrogen atom
About the alpha particle, it can be said that: I. It is identical to He. II it has a mass of 4. III It is a high energy electron. IV. It has a positive 1 charge. I ,II, and III. and IV
25.
Which of the statements are true of nuclear reactions? a. The number and types of atoms are the same in the products and the reactants. b. Different isotopes of the same element behave similarly. c. New elements are often formed. d. Only the valence electrons are involved.
Nuclei that contains 2, 8, 20, 50, 82, or 126 protons or neutrons are generally more stable than nuclei that do not possess these numbers. WHich of the following demonstrate this? a. 195 Hg b. 208 Hg c. 30 Al d. 94Kr
Question D
5. An atom of 41Ca is hit by an alpha particle that sticks to it. a. What is the atomic number of this new atom? b. What is the atomic mass of this new atom? c. What new element has been formed?
A hypothetical element with 137 neutrons and a mass number of 319 possesses _____________ nucleons.
A nuclear power plant produces energy by: Ousing the energy (heat) released during the nuclear to accelerate electrons in wires. Ousing the energy (heat) released during the nuclear reaction to make steam to turn turbines. O capturing the electrons that are emitted during the nuclear reaction. Oa process still not understood by scientists.
What could be the reason why uranium is considered as a nonrenewable energy source? a. Uranium is intrinsically nonfissile. b. The reaction of Uranium releases pollutants, such as carbon dioxide and carbon monoxide. c. The fissile isotope of Uranium is only 1% of the total amount of all isotopes of Uranium. d. Nuclear reaction which involves Uranium produces radioactive waste.