directions: for the following models, make a prediction for the products of a nuclear reaction given the…

directions: for the following models, make a prediction for the products of a nuclear reaction given the type of nuclear reaction. for each question, we will do part 1 together. after we complete notes for all models, you will do part 2 independently or with a partner. part 1 complete the model along with notes - we do together draw the products of the nuclear reaction label the number of protons and neutrons show whether energy is released or absorbed nuclear fusion a atoms combine to make a a amount of energy is of energy is notes: part 2 get an envelope of nuclear reaction models from . write the letter of all the models that match nuclear fusion below part 1 a an atom a the amount of energy is breaks into of energy is notes: part 2 get an envelope of nuclear reaction models from . write the letter of all the models that match nuclear fission below key e - electron proton neutron energy released energy absorbed block date

directions: for the following models, make a prediction for the products of a nuclear reaction given the type of nuclear reaction. for each question, we will do part 1 together. after we complete notes for all models, you will do part 2 independently or with a partner. part 1 complete the model along with notes - we do together draw the products of the nuclear reaction label the number of protons and neutrons show whether energy is released or absorbed nuclear fusion a atoms combine to make a a amount of energy is of energy is notes: part 2 get an envelope of nuclear reaction models from . write the letter of all the models that match nuclear fusion below part 1 a an atom a the amount of energy is breaks into of energy is notes: part 2 get an envelope of nuclear reaction models from . write the letter of all the models that match nuclear fission below key e - electron proton neutron energy released energy absorbed block date

Answer

Explanation:

Step1: Recall nuclear fusion concept

Nuclear fusion is when atoms combine to make a new atom. Energy is released in this process. For example, in the sun, hydrogen atoms fuse to form helium, releasing a large - amount of energy.

Step2: Recall nuclear fission concept

Nuclear fission is when an atom breaks into smaller parts. A large amount of energy is also released in this process. For example, uranium - 235 can undergo fission when struck by a neutron.

Answer:

For Nuclear Fusion:

  • Atoms combine to make a new atom.
  • A large amount of energy is released.

For Nuclear Fission:

  • An atom breaks into smaller parts.
  • A large amount of energy is released.