Dive into a comprehensive chemistry video tutorial that introduces nuclear chemistry and radioactive decay concepts through numerous examples and multiple-choice practice problems. Learn to identify isotope components, balance nuclear equations, understand various types of radioactive decay, and solve half-life chemistry problems. Explore nuclear symbols, fusion and fission processes, and chain reactions while developing skills to determine element transformations during decay. Master the fundamentals of nuclear chemistry with hands-on problem-solving and in-depth explanations of key topics, preparing you for advanced studies in this fascinating field.
Overview
Syllabus
How many pretore, neutrons, and electrons are present in Mercury-2017
Which of the following is an alpha particle
What element will be formed if Thorium-230 undergoes alpha decay?
What element will be produced if Iodine-131 undergoes beta decay?
Which of the following processes converts a neutron into a proton?
Identify the unknown element
Which of the following elements will most likely undergo radioactive decay?
Which form of radioactive decay wil carbon-14 is to increase its nuclear stability
Which form of radioactive decay wil carbon-ule to increase its nuclear stability
What is the difference between nuclear fission and nuclear fusion. Give examples.
Taught by
The Organic Chemistry Tutor
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Reviews
5.0 rating, based on 1 Class Central review
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This is the grate coues I learn some nuclear chemistry like Carban decay and stability then
Alpha decay ,gama decay, electron capturing,beta decay
The gama decay is not any change proton and neutrons only change the energy
Then stady about stability is mainly withe difference between protone and neutrons
The ration is 1 is not decay its stable
Then fisson and fusion
The fusion reaction is hitting the porotone frome atome
