Process that can produce elements up to #83-bismuth
1. Process that can produce elements up to #83-bismuth
S process
smelting process
2. process that can produce elements up to 83 bismuth
Answer:
Bismuth can also be used in nuclear reactors and to make transuranium elements using a process called cold fusion.
3. process that can produce elements up to #83 bismuth
Answer:
Bismuth can also be used in nuclear reactors and to make transuranium elements using a process called cold fusion.
Explanation:
ANSWER:)Bismuth can also be used in nuclear reactors and to make transuranium elements using a process called cold fusion.HOPE ITS HELP!!4. 5. How do you put electric charge to an object? By.A. hanging B. cuttingC. bitingD. rubbing6. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutronit contain?A. 209B. 83C. 126D. 292
Answer:
5) D. Rubbing
6) C. 126
How do you put electric charge to an object? By.
A. hanging
B. cutting
C. biting
➡️D. rubbing
6. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutron
it contain?
A. 209
B. 83
➡️C. 126
D. 292
Explanation
➡️Rubbing two objects can create static charges.
➡️To calculate the neurons of the atoms you should subtract the atomic mass to atom numbers.
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#Carryonlearning
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5. Bismuth -213 is used in radiation therapy to treat leukemia. Write the isotopic symbol of Bismuth-213. How many protons, electrons and neutron does the atom given its atomic mass and no. respectively as 213 and 83?
Answer:
here is my amswer ;)
Bi+3
Explanation:
here is my explanation:
Bismuth has an atomic number of 83 , which tells you that its nucleus contains 83 protons.
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6. ENGAGECompute the number of protons, neutrons and electrons in aparticular atom by completing the table with the neededProtonElectronNeutroninformationELEMENTGalium (GaSelenium Se)Bismuth BBarum Ba)Atomic No Atomic Mass31707983209561373412683565681
Explanation:
Correct me if I'm wrong llllllllllllllllll
7. process that can produce elements up to #83
Answer:
giving off energy in the process known as stellar nucleosynthesis. Nuclear fusion reactions create many of the lighter elements, up to and including iron and nickel in the most massive stars.
Answer:
Bismuth can also be used in nuclear reactors and to make transuranium elements using a process called cold fusion.
pa brainliest.
Explanation:
#KeepLearning
8. Calculate the number of atoms in 1.004 mol bismuth
Answer:
Avogadro's number is a very important relationship to remember: 1 mole = 6.022×1023 6.022 × 10 23 atoms, molecules, protons, etc. To convert from moles to atoms, multiply the molar amount by Avogadro's number. To convert from atoms to moles, divide the atom amount by Avogadro's number (or multiply by its reciprocal).
Explanation:
pa brainliest at follow po:)
9. 4. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutrons does it contain? * A. 209 B. 126 C. 83 D. 292
4. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutrons does it contain?
[tex] \: [/tex][tex]\underline{\boxed{\green{\text{B. 126 Neutrons}}}}[/tex][tex] \: [/tex]
[tex]\large\bold{\underline{Explanation:}}[/tex]
⇒ To get the number of neutrons, subtract the number of atomic number from the atomic mass.
209 - 83 = 126 neutrons[tex] \: [/tex]
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[tex]\large\boxed{\text{Together we go Far!}}[/tex]
MULTIPLE CHOICE[tex]\begin{gathered}\end{gathered}[/tex]
Answer:
4. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutrons does it contain? *
A. 209
B. 126C. 83
D. 292
[tex]\begin{gathered}\end{gathered}[/tex]
Explanation:
209 - 83 = 126[tex]\begin{gathered}\end{gathered}[/tex]
#[tex]\sf{CarryOnLearning}[/tex]
10. He successfully carried out a nuclear transmutationreaction, a process of transforming one element orisotope into another element.a. Chadwickc. Mendeleevb. Moseleyd. Rutherford2. This is also known as Nucleosynthesis.a. S Processc. Nuclear Fissionb. R-Processd. Proton-Proton Rea3. This is known as the origin and production of heavy elema. Stellar Nucleosynthesis c. R-Processb. Primordial Nucleosynthesisd. Supernova Nucleosynthesis4. It was created by bombardment of molybdenum bydeuterons (heavy hydrogen, H12), by Emilio Segre andCarlo Perrier in 1937.a. Oxygenc. Technetiumb. Heliumd. Uranium5. Process that can produce elements up to #83 - Bismuth.a. Nuclear Fissionc. S Processb. R-Processd. S Process6. This is known as the origin of light elements.a. Stellar Nucleosynthesis c. R-Processb. Primordial Nucleosynthesis d. SupernovaNucleosynthesis7. It is also known as nuclear fusion and the formation ofnew nuclei actions in the early stages of developmentof the universe.a. Nucleosynthesisc. R-Processh S-Processd. Singularityhuildup of a VERY heavyyou march up in
Answer:
1.C
2.A
3.D
4.A
5.A
6.A
7.A
11. What are the symbols for the elements Thallium, Lead and Bismuth that are all essentials in your digestion?
Answer:
Thallium = Tl
Lead = Pb
Bismuth = Bi
12. Give 3 physical/chemical properties or characteristics of the element bismuth
Answer:
hard, brittle, lustrous, and coarsely crystalline.
Explanation:
Bismuth is hard, brittle, lustrous, and coarsely crystalline. It can be distinguished from all other metals by its color—gray-white with a reddish tinge.
hope it helps
13. What is TRUE about S-Process?A. It occurs in the main sequence of stars.B. It is the Rapid addition of neutrons to existing nuclei.C. It is a process that can produce elements up to #83 - Bismuth.D. It is known as nuclear fusion and the formation of new nuclei actions in theearly stages of development of the universe.
Answer:
d. po answer
Explanation:
Sana po makatulong
Answer:
A.
Explanation:
Hope it's help
Sana makatulong
Pa breinlest po
14. ____ 1. It is a device that is used to speed up the protons to overcome the repulsion between the protons and the target atomic nuclei by using magnetic and electrical fields. A. Spectroscopy C. Particle Accelerator B. Particle Decelerator D. Microscope ____ 2. He created a classification of elements based on their atomic weight. A. Rutherford C. Millikan B. Dalton D. Mendeleev ____ 3. It is a one-dimensional point which contains a huge mass in an infinitely small space. A. Nucleosynthesis C. Singularity B. Dilation D. R-process ____ 4. He noticed that shooting electrons at elements caused them to release x-rays at unique frequencies. A. Mendeleev C. Moseley B. Millikan D. Serge ____ 5. He synthesized element with atomic number 43 using a linear particle accelerator. A. Ernest Rutherford C. Dmitri Mendeleev B. Ernest Lawrence D. John Dalton ____ 6. This is known as the origin and production of heavy elements. A. Stellar Nucleosynthesis C. R-Process B. Primordial Nucleosynthesis D. Supernova Nucleosynthesis ____ 7. This is known as the origin of light elements. A. Stellar Nucleosynthesis C. R-Process B. Primordial Nucleosynthesis D. Supernova Nucleosynthesis ____ 8. Process that can produce elements up to #83 - Bismuth. A. Nuclear Fission C. S Process B. R-Process D. S Process ____ 9. This is also known as Nucleosynthesis. A. S Process C. Nuclear Fission B. R-Process D. Proton-Proton Reaction ____ 10. This occurs in the main sequence of stars. A. Stellar Nucleosynthesis C. R-Process B. Primordial Nucleosynthesis D. Supernova Nucleosynthesis
Answer:
1.b
2.c
3.a
4.b
5.c
6.c
7.c
8.a
9.a
20.c
Explanation:
basta yan
15. Calculate the number of atoms in 1.004 mol bismuth.
yan na po sana maka tulong :)
16. info about atomic number and mass number of bismuth element
Answer:
Bismuth is a chemical element with atomic number 83 which means there are 83 protons and 83 electrons in the atomic structure. The chemical symbol for Bismuth is Bi. Since the number of electrons is responsible for the chemical behavior of atoms, the atomic number identifies the various chemical elements.
PA FOLLOW TYSM.Answer:
Bismuth is hard, brittle, lustrous, and coarsely crystalline. It can be distinguished from all other metals by its colour—gray-white with a reddish tinge.
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17. What are the symbols for the elements Thallium, Lead and Bismuth that are all essentials in your digestion?
Answer:
Tl, Pb, Bi
Good luck...
18. 18. It is a device that is used to speed up the protons to overcome the repulsion between theprotons and the target atomic nuclei by using magnetic and electrical fields.a Spectroscopyd. Microscopec. Particle Acceleratorb. Particle Decelerator17. He created a classification of elements based on their atomic weight.a Rutherford b. Daltonc. Millikand. Mendeleev18. It is a one-dimensional point which contains a huge mass in an infinitely small space.a. Nucleosynthesis b. Dilationc. Singularity d. R-process19. He noticed that shooting electrons at elements caused them to release x-rays at uniquefrequencesa. Mendeleev b. Milikanc. Moseley d. Serge20. He synthesized element with atomic number 43 using a linear particle accelerator.a Emest Rutherford b. Ernest Lawrence c. Dmitri Mendeleev d. John Dalton21. This is known as the origin and production of heavy elements.a Stelar NucleosynthesisR-ProcessPrimordial Nucleosynthesisd. Supernova Nucleosynthesis22. This is known as the origin of light elementsStelar NucleosynthesisCR-Processb. Primordial Nucleosynthesisd. Supernova Nucleosynthesis23. Process that can produce elements up to $83 - BismuthNuclear Fission b. R.Process S Process d. S Process24 This is also known as Nucleosynthesisas Procesb. R-ProcessNuclear Fission d. Proton Proton Reaction25. This cours in the main sequence of starsStar NucleosynthesisR Processb. Primordial Nucleosynthesisd Supernova Nucleosynthesis26 It is also known as nuclear fusion and the formation of new nuclei actions in the early stages ofdevelopment of the universoa Nucleosynthesis S-ProcessR Process d. Singularity27 In this process, there's a buildup of a VERY heavy sotope, then as beta-decays occur, youmarch up in atomic number and produce heavy producta S Process b. R.Process Nuclear Fission d. Proton Proton Reaction28. He successfully carried out a nuclear transmutation reaction, a process of transforming oneelement or isotope into another elementa Chadwick b. Moseley c. Mendeleev d. Rutherford
Answer:
18. C- Particle Accelerator
17. D- Mendeleev
18. C- Singularity
19. C- Moseley
20. B- Ernest Lawrence
21. A- Stellar nucleosynthesis
22. B- Primordial nucleosynthesis
23. C- S process
24. C- Nuclear fission
25. A- Stellar nucleosynthesis
26. A- Nucleosynthesis
27. B- R-process
28. D- Rutherford
Ps. This is the Answer key of this module so I'm really sure on it I hope it helps you >_<
19. Give 3 uses or where it is found of the element bismuth
Answer:
Bismuth is a brittle, crystalline, white metal with a slight pink tinge. It has a variety of uses, including cosmetics, alloys, fire extinguishers and ammunition. It is probably best known as the main ingredient in stomach ache remedies such as Pepto-Bismol
Explanation:
i hope it helps:)
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Answer:
Bismuth is a brittle, crystalline, white metal with a slight pink tinge. It has a variety of uses, including cosmetics, alloys, fire extinguishers and ammunition. It is probably best known as the main ingredient in stomach ache remedies such as Pepto-Bismol.
20. what is the symbols of elements Bismuth please answer
Answer:
Bismuth - Bi
sana makatulong
Answer:
symbol:"Bi"Bismuth
atomic no.83
atomic mass:208.9804u
melting point:271.(degree celcius)
21. what is bismuth is it element or compound
Answer:
the answer is Element.
22. 1. He successfully carried out a nuclear transmutation reaction, a process of transforming one element or isotope into another element.A. Chadwick C. MendeleevB. Moseley D. Rutherford2. This is also known as Nucleosynthesis.A. S-ProcessB. R-ProcessC. Nuclear FissionD. Proton-proton Reaction3. This is known as the origin and production of heavy elements.A. Stellar NucleosynthesisB. Primordial NucleosynthesisC. R-ProcessD. Supernova Nucleosynthesis4. It was created by bombardment of molybdenum by deuterons (heavy hydrogen, H12), by Emilio Segre and Carlo Perrier in 1937.A. OxygenB. HeliumC. TechnetiumD. Uranium5. Process that can produce elements up to #83- Bismuth.A. Nuclear FissionB. R-ProcessC. S-ProcessD. S-Process6. This is known as the origin of light elements.A. Stellar NucleosynthesisB. Primordial NucleosynthesisC. R-ProcessD. Supernova Nucleosynthesis7. It is also known as nuclear fusion and the formation of new nuclei actions in the early stages of development of the universe.A. NucleosynthesisB. S-ProcessC. R-ProcessD. Singularity8. In this process there's a buildup of a VERY heavy isotope, then as beta-decays occur, you march up in atomic number and produce heavy product.A. S-ProcessB. R-ProcessC. Nuclear FissionD. Proton-Proton Reaction9. These are elements with atomic numbers beyond 103.A. SuperHevy ElementsB. Gases ElementsC. Lightest ElementD. Halogens10. This occurs in the main sequence of stars.A. Stellar NucleosynthesisB. Primordial NucleosynthesisC. R-ProcessD. Supernova Nucleosynthesis
1. D. Rutherford
2. B. R-Process
3. D. Supernova Nucleosynthesis
4. C. Technetium
5. A. Nuclear Fission
6. B. Primordial Nucleosynthesis
7. A. Nucleosynthesis
8. B. R-Process
9. A. SuperHevy Elements
10. A. Stellar Nucleosynthesis
The nucleosynthesis of chemical elements during supernova explosions is known as supernova nucleosynthesis.
When helium, carbon, oxygen, and silicon are burned sequentially in sufficiently massive stars, nucleosynthesis—the fusing of lighter elements into heavier ones—occurs. In this process, the remains of one nuclear fuel are compressed and used as fuel for the next burning stage. The term "burning" here refers to nuclear fusion rather than a chemical process.
The production of chemical elements within stars through nuclear fusion reactions is known as stellar nucleosynthesis. Since the initial generation of hydrogen, helium, and lithium during the Big Bang, stellar nucleosynthesis has taken place. It produces precise estimations of the measured abundances of the elements as a predictive theory. It explains why some elements and their isotopes are substantially more numerous than others as well as why observed abundances of elements fluctuate throughout time.
Over the course of their lifetimes, stars change due to variations in their chemical makeup (the abundance of their component elements), first by burning hydrogen (main sequence stars), then helium (horizontal branch stars), and ultimately burning higher elements.
For more information about nucleosynthesis, click the link below.
https://brainly.ph/question/29526301
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23. a.15. It is the process that can produce elements up to #83 - Bismutha. Nuclear Fissionb. R-ProcessC. S Pronce of stars
Answer:
a
Explanation:
because is a nuclear fission
24. element-zinc atomic number atomic mass number of protons number of electrons number of neutronselement-bismuthatomic number atomic mass number of protons number of electrons number of neutronselement-mercuryatomic number atomic mass number of protons number of electrons number of neutrons
Answer:
Zinc
atomic number - 30
atomic mass - 65.38
number of protons - 30
number of electrons - 30
number of neutrons - 35
Bismuth
atomic number - 83
atomic mass - 208.98
number of protons - 83
number of electrons - 83
number of neutrons - 126
Mercury
atomic number - 80
atomic mass - 200.59
number of protons - 80
number of electrons - 80
number of neutrons - 121
25. bismuth bond with element?
Answer:
Bismuth (Bi), the most metallic and the least abundant of the elements in the nitrogen group (Group 15 [Va] of the periodic table). Bismuth is hard, brittle, lustrous, and coarsely crystalline. It can be distinguished from all other metals by its colour—gray-white with a reddish tinge.
26. Assessment CENTRAL OFFICEDirections: Choose the letter of the best answer. Write thechosen letter on a separate sheet of paper.1. He successfully carried out a nuclear transmutation reaction, aprocess of transforming one element or isotope into anotherc. Mendeleevb. Moseleyd. Rutherfordelement.a. Chadwick2. This is also known as Nucleosynthesis.a. S Processc. Nuclear Fissionb. R-Processd. Proton-Proton Reaction3. This is known as the origin and production of heavy elements.a. Stellar Nucleosynthesis c. R-Processb. Primordial Nucleosynthesisd. SupernovaNucleosynthesis4. It was created by bombardment of molybdenum by deuterons(heavy hydrogen, H12), by Emilio Segre and Carlo Perrier in 1937.a. Oxygenc. Technetiumb. Heliumd. Uraniumc.5. Process that can produce elements up to #83 - Bismuth.!15
Answer:
1. D
2. C
3. A
4. C
5. Nuclear fission
27. 2.) this is also known as nucleosynthesis.a. s processb. r processc. nuclear fissiond. proton-proton reaction3. this is known as the origin and production of heavy elements.a. stellar nucleosynthesisb. primordial nucleosynthesisc. r processd. supernova nucleosynthesis5. process that can produce elements up to bismuth ( atomic number=83).a. nuclear fissionb. r processc. s processd. s process6. this is known as the origin of light elementsa. stellar nucleosynthesisb. primordial nucleosynthesisc. r processd. supernova nucleosynthesis7. it is also known as nuclear fusion and the formation of new nuclei actions in the early stage of development of the universe.a. nucleosynthesisb. s processc. r processd. singularity8. in this process there's a buildup of a very heavy isotope then as beta decays occur you match up in atomic number and produce heavy product.a. s-processb. r-processc. nuclear fissiond. proton-proton reaction9. these are elements with atomic numbers beyond 103.a. super heavy elementsb. gases elementsc. transition elementd. halogens10. this occurs in the main sequence of stars.a. stellar nucleosynthesisb. primordial nucleosynthesisc. r-processd. supernova nucleosynthesis
Answer:
1 d
2 d
3 a
4 b
5 a
6 a
7 c
8 c
9 a
10 d
Explanation:
pa brainliwst
Answer:
[tex]2.a \\ 3.a \\ 5.b \\ 6.a \\ 7.b \\ 8.c \\ 9.b \\ 10.c[/tex]
28. Assessment CENTRAL OFFICEDirections: Choose the letter of the best answer. Write thechosen letter on a separate sheet of paper.1. He successfully carried out a nuclear transmutation reaction, aprocess of transforming one element or isotope into anotherc. Mendeleevb. Moseleyd. Rutherfordelement.a. Chadwick2. This is also known as Nucleosynthesis.a. S Processc. Nuclear Fissionb. R-Processd. Proton-Proton Reaction3. This is known as the origin and production of heavy elements.a. Stellar Nucleosynthesis c. R-Processb. Primordial Nucleosynthesisd. SupernovaNucleosynthesis4. It was created by bombardment of molybdenum by deuterons(heavy hydrogen, H12), by Emilio Segre and Carlo Perrier in 1937.a. Oxygenc. Technetiumb. Heliumd. Uraniumc.5. Process that can produce elements up to #83 - Bismuth
Answer:
1. D
2. A
3. D
4. C
dunnno
Explanation:
sana makatulong
29. 5. Process that can produce elements up to #83. NamuthNudear Fissionb. R Procesc. S PROd. S Prozen
Answer:
B) R PROCESSExplanation:
HOPE IT HELPS30. In a Bismuth atom, the atomic mass 209, Atomic number is 83. How many numbers of neutronsdoes it contain? * a. 209 b. 126 c. 83 d. 292
Answer:
b. 126Explanation:
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