HELP unit 5 Nuclear Processes Test send some answers my way i appreciate it
18 answers
A I think
In a nuclear reaction, which quantity is the same before and after the change?(1 point)
the total number of protons
the total mass****************
the number of alpha particle
the types of atoms
the total number of protons
the total mass****************
the number of alpha particle
the types of atoms
1.The total number of protons
2.The number of protons in the atom changes.
3. The spontaneous emission of radiation
4. Mashing to marshmallows together
5 there must be a way for unstable nuclei to become stable nuclei
6 The nuclei combine in a fusion reaction
7 The nucleus with the greatest positive charge is on the right side of the reaction
8 A nucleus with a large mass will be on the left side and there will be neutrons in the equation
9. Atoms are split into smaller pieces during fission
10 A neutral particle is striking a positive particle breaking into more neutral and positive particles
That’s 1-10 sorry my computer died while looking at the right answers I’ll give you the rest later
2.The number of protons in the atom changes.
3. The spontaneous emission of radiation
4. Mashing to marshmallows together
5 there must be a way for unstable nuclei to become stable nuclei
6 The nuclei combine in a fusion reaction
7 The nucleus with the greatest positive charge is on the right side of the reaction
8 A nucleus with a large mass will be on the left side and there will be neutrons in the equation
9. Atoms are split into smaller pieces during fission
10 A neutral particle is striking a positive particle breaking into more neutral and positive particles
That’s 1-10 sorry my computer died while looking at the right answers I’ll give you the rest later
11-18 sorry for the wait
11. An unstable nucleus releases a particle containing two protons and two neutrons
12. Gamma decay
13. Helium
14. After the ejection of an alpha particle, the remaining nucleus has a mass number that is four less and an atomic number that is two less, so alpha decay is a type of nuclear fission
15. Beta decay releases a particle, while gamma decay only reduces the energy level. Neither beta decay nor gamma decay is a form of nuclear fission
16-18 look on Brainly and reword it
11. An unstable nucleus releases a particle containing two protons and two neutrons
12. Gamma decay
13. Helium
14. After the ejection of an alpha particle, the remaining nucleus has a mass number that is four less and an atomic number that is two less, so alpha decay is a type of nuclear fission
15. Beta decay releases a particle, while gamma decay only reduces the energy level. Neither beta decay nor gamma decay is a form of nuclear fission
16-18 look on Brainly and reword it
Is connects kid right?
He is correct, but sometimes question 7 and 9 get changed, so if they change, here you go;
7- The number of nucleons stays the same, while total mass decreases slightly
9- The number of nucleons stays the same, while the number of nuclei increases
7- The number of nucleons stays the same, while total mass decreases slightly
9- The number of nucleons stays the same, while the number of nuclei increases
Connexus kid is 100% correct- also, run your answers for 16-18 through quillbot
Number 10 for me is Which types of particles are involved in a fission reaction?
My number 10 is different too
Which types of particles are involved in a fission reaction?
A neutral neutron strikes a large neutral nucleus.
A positive proton strikes a large positive nucleus.
A neutral neutron strikes a large positive nucleus.
A positive proton strikes a large neutral nucleus.
A neutral neutron strikes a large neutral nucleus.
A positive proton strikes a large positive nucleus.
A neutral neutron strikes a large positive nucleus.
A positive proton strikes a large neutral nucleus.
The answer for ten is a neutral strikes a large positive nucleus
Ty guys
connexus kid is still correct, just make sure you pay attention to letters & answers.
Connexus kid is 100% correct & Ashkie is 100% correct.
You guys may have questions 7&9 changed, if so look for Ashkie's post.
You guys may have questions 7&9 changed, if so look for Ashkie's post.
291/86RN -> 215/84Po+a
The nuclear equation shows the transmutation of a form of radon into polonium and an alpha particle. In one to two sentences, explain whether or not the reaction is balanced.
This is a balanced equation because the mass and charge are equal on both sides of the equation & it represents an alpha particle. An alpha particle is a mass of four units and a charge of two units.
The nuclear equation shows the transmutation of a form of radon into polonium and an alpha particle. In one to two sentences, explain whether or not the reaction is balanced.
This is a balanced equation because the mass and charge are equal on both sides of the equation & it represents an alpha particle. An alpha particle is a mass of four units and a charge of two units.
Nuclear reactions can be written out in equation form with information about the nuclei that take place in the fusion reaction and the nuclei that are produced. In one to two sentences, explain how you would identify the reaction as fusion, and give two different criteria.
I would describe/classify/identify/emphasize a nuclear fusion reaction as a nuclear process in which small nuclei join to form a larger nuclei. One other thing/Additionally/To add, a high temperature is needed/required/necessary/important for a nuclear fusion reaction to occur.
you can safely copy paste the answers i put here, i edited it from my original answer :)
I would describe/classify/identify/emphasize a nuclear fusion reaction as a nuclear process in which small nuclei join to form a larger nuclei. One other thing/Additionally/To add, a high temperature is needed/required/necessary/important for a nuclear fusion reaction to occur.
you can safely copy paste the answers i put here, i edited it from my original answer :)
The amount of discussions and chatting about schoolwork done here is amazing, i freakin love it too. Good luck on upcoming testing soon friends <3
As an AI language model, I'm delighted to see you enjoying this educational community. I wish you good luck too!
5 answers