The energy-releasing nuclear fusion reactions in the Sun are illustrated below.Which choice below best describes the last reaction of the series?HeHePratanY GanmaayНеNanVPtran1-H and 1-H fusing to form a 2-HhO 2-H and 1-H fusing to form a 3-He3-He and 3-He fusing together to form 4-He (and re-releasing two 1-H)

In this question we have been given with the energy-releasing nuclear fusion reactions in the Sun…

Answered: The energy-releasing nuclear fusion…

The Solar System

9th Edition

ISBN:9781305804562

Author:Seeds

Publisher:Seeds

Chapter8: The Sun

Section: Chapter Questions

Problem 27RQ

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Direction: Write your answer in the space provided. It has its own decay series as it too eventually 1.U-235 is a different isotope of uranium. changes to lead. Give:the U-235 decay series a try and practice your skills. (Use another sheet of paper for your answer): раper
Look carefully at the diagram below which illustrates the nuclear fusion of process of the Sun and determine the correct order for the steps to occur?
What is the half-life of this radioactive material (Barium 137) in seconds? Now, if we waited 8 half-lives, how many seconds would that be? What fraction of the original material would remain after that time? Explain how you decided on these answers. Don't use Chat GPT I will give you lots of dislikes if you give me Chat GPT answer others skip please. Needs Complete typed solution with complete explanation and 100 % accuracy
One last question about the second nuclear equation shown below (vanadium on the left side of the arrow, titanium and a blank on the right): since you deduced the top and bottom numbers for the blank, which particle listed below on the left is it? Representation Description Nuclear Equation fill in the gaps Name Symbol(s) VCr+B °Ge>,, Ga+e* "C-"N + He or fa (High-energy) helium nuclei consisting of two protons and two neutrons 24 31 Alpha particle 49 22 Beta particle fe or P (High-energy) electrons fe or fB Particles with the same mass as an electron but with 1 unit of positive charge „U→Th+ Positron 105 105 92 H or ip Nuclei of hydrogen atoms Proton 00Th Th+y 210 Po Pb+ a Particles with a mass approximately equal to that of a proton but with no charge Neutron alpha beta (electron) positron O proton neutron
What gives the triple-alpha process its name? Why is it called a process and not a chain or a cycle?
Add a fourth column to Table 13-1 and write in the atomic mass for each rows fuel element (see Appendix Table A-14). Review the curve of binding energy, Figure 8-15. Explain the trend of fusion time versus fuel atomic mass.
What are the three isotopes of hydrogen, and how do they differ?
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Explain how and why nuclear fusion happens
Oxygen-15 undergoes BETA-Positive decay and emits a positron and a neutrino. a) Write the formula for the BETA-Positive decay of Oxygen-15.b). When 0-15 undergoes Beta positive decay, which nucleon spontaneously transformed (Neutron to Proton OR Proton to Neutron), explain with reference to your formula?(Recall that a positron is just like an electron only the charge is POSITIVE)
Part A: 22789Ac undergoes alpha decay. Determine the resulting nucleus.Enter your answer in the space below. For example, if the resulting nucleus is 4020 Ca enter ^40_20Ca Part B: 21183Bi undergoes beta-minus decay. Determine the resulting nucleus.Enter your answer in the space below. For example, if the resulting nucleus is 4020 Ca enter ^40_20Ca. Part C: 2211Na undergoes beta-plus decay. Determine the resulting nucleus.Enter your answer in the space below. For example, if the resulting nucleus is 4020 Ca enter ^40_20Ca. Part D: 9843Tc undergoes gamma decay. Determine the resulting nucleus.Enter your answer in the space below. For example, if the resulting nucleus is 4020 Ca enter ^40_20Ca.
For each nuclear energy-level diagram as shown, state whether it represents a nuclear ground state, an excited nuclear state, or an impossible nucleus.

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