What materials should i use to make an atom model?
Q. Im not very creative, so i need ideas on what i should useto make my atom model out of! thanks! =)
Asked by kimmiee - Thu Nov 2 21:20:52 2006 - - 3 Answers - 0 Comments
A. Modelling clay
Answered by genius sonia - Thu Nov 2 22:53:33 2006
Q. Im not very creative, so i need ideas on what i should useto make my atom model out of! thanks! =)
Asked by kimmiee - Thu Nov 2 21:20:52 2006 - - 3 Answers - 0 Comments
A. Modelling clay
Answered by genius sonia - Thu Nov 2 22:53:33 2006
How do I calculate an atom model for the element, Lead?
Q. I need to draw an atom model for Lead. But I just don't know how. I don't want the answer, I just wanna know how to do it so I can get an answer. You know, how to get the number of electrons, protons, etc. Best answer will be chosen!!
Asked by blahh_blah - Sun Mar 29 14:08:36 2009 - - 2 Answers - 0 Comments
A. The atomic no. of Pb = 82 = 82 protons in nucleus & 82 electrons outside. The mass no. is 206. So no. of neutrons in the nucleus = 206-82 = 124 now, draw the nucleus as mentioned & draw concentic circles around it as electronic orbits. The first orbit takes 2 electrons The 2nd takes 8 3rd = 8 4th = 18 5th = 18 6th = 28. finished. cheers!!
Answered by som_chem6 - Tue Mar 31 03:56:39 2009
Q. I need to draw an atom model for Lead. But I just don't know how. I don't want the answer, I just wanna know how to do it so I can get an answer. You know, how to get the number of electrons, protons, etc. Best answer will be chosen!!
Asked by blahh_blah - Sun Mar 29 14:08:36 2009 - - 2 Answers - 0 Comments
A. The atomic no. of Pb = 82 = 82 protons in nucleus & 82 electrons outside. The mass no. is 206. So no. of neutrons in the nucleus = 206-82 = 124 now, draw the nucleus as mentioned & draw concentic circles around it as electronic orbits. The first orbit takes 2 electrons The 2nd takes 8 3rd = 8 4th = 18 5th = 18 6th = 28. finished. cheers!!
Answered by som_chem6 - Tue Mar 31 03:56:39 2009
What was Ernest Rutherford trying to prove with his atom model expirement?
Q. -model of the atom -he conducted it in 1911
Asked by Sparky - Sun Oct 26 19:33:38 2008 - - 1 Answers - 0 Comments
A. That an atom consist of a bunch of empty space with one small, very hard, nucleus that takes up just a small portion of the total atomic volume.
Answered by Ivan A - Sun Oct 26 19:39:56 2008
Q. -model of the atom -he conducted it in 1911
Asked by Sparky - Sun Oct 26 19:33:38 2008 - - 1 Answers - 0 Comments
A. That an atom consist of a bunch of empty space with one small, very hard, nucleus that takes up just a small portion of the total atomic volume.
Answered by Ivan A - Sun Oct 26 19:39:56 2008
If I was to make an atom model of fluorine how many protons, neutrons, and electrons would I need?
Q. If I was to make an atom model of fluorine how many protons, neutrons, and electrons would I need? Also...any ideas as to what I could use to make a 3D model of it?
Asked by Kita - Tue Oct 10 19:16:45 2006 - - 3 Answers - 0 Comments
A. 9 protons, 10 neutrons, 9 electrons (in two shells one of 2 and one of 7). Fluorine 19 is the only stable isotope Snooker balls in two contrasting colours for protons and neutrons. Glass beads strung on wires for electrons,
Answered by Hitchmoughs_Guide _2 _The_Galaxy - Tue Oct 10 19:32:44 2006
Q. If I was to make an atom model of fluorine how many protons, neutrons, and electrons would I need? Also...any ideas as to what I could use to make a 3D model of it?
Asked by Kita - Tue Oct 10 19:16:45 2006 - - 3 Answers - 0 Comments
A. 9 protons, 10 neutrons, 9 electrons (in two shells one of 2 and one of 7). Fluorine 19 is the only stable isotope Snooker balls in two contrasting colours for protons and neutrons. Glass beads strung on wires for electrons,
Answered by Hitchmoughs_Guide _2 _The_Galaxy - Tue Oct 10 19:32:44 2006
How to make a Calcium atom model?
Q. It has to be 3d and have the electrons must be in the right orbital.I know how many go in the nucleus but I need help on how many go in each orbitals.And what can I use to make the actual model. thanks a lot in advance!
Asked by Guy - Mon Nov 17 21:24:24 2008 - - 1 Answers - 0 Comments
A. We have the same project actually! in the 1st orbit, it should only have 2 electrons, in the second electron you will have 8, normally, on the third orbit, you will have 18, then on the last one, you will have 32. They are just facts, but in calcium, the electrons should have the same number as protons, which is 20 so put the number of protons as 20, and the number of electrons is 20. Remember the numbers that go on each orbit! And you'll also have 20 in neutrons!
Answered by joshy - Tue Nov 18 19:00:08 2008
Q. It has to be 3d and have the electrons must be in the right orbital.I know how many go in the nucleus but I need help on how many go in each orbitals.And what can I use to make the actual model. thanks a lot in advance!
Asked by Guy - Mon Nov 17 21:24:24 2008 - - 1 Answers - 0 Comments
A. We have the same project actually! in the 1st orbit, it should only have 2 electrons, in the second electron you will have 8, normally, on the third orbit, you will have 18, then on the last one, you will have 32. They are just facts, but in calcium, the electrons should have the same number as protons, which is 20 so put the number of protons as 20, and the number of electrons is 20. Remember the numbers that go on each orbit! And you'll also have 20 in neutrons!
Answered by joshy - Tue Nov 18 19:00:08 2008
How can you make the electrons move on an atom model?
Q. Electrons have to move around the nucleus and I have no idea how i'm going to make them move.
Asked by peachygirl501 - Tue Sep 25 16:18:28 2007 - - 2 Answers - 0 Comments
A. Why does it need to move? It doesn't have a regular orbit (like the planets - so the similarity to a model of the solar system is not necessary). Remember the orbit of an electron around the nucleus of an atom is a "probability of it's location" at a particular time, that's what the shapes represent.
Answered by Dr Dave P - Tue Sep 25 16:29:44 2007
Q. Electrons have to move around the nucleus and I have no idea how i'm going to make them move.
Asked by peachygirl501 - Tue Sep 25 16:18:28 2007 - - 2 Answers - 0 Comments
A. Why does it need to move? It doesn't have a regular orbit (like the planets - so the similarity to a model of the solar system is not necessary). Remember the orbit of an electron around the nucleus of an atom is a "probability of it's location" at a particular time, that's what the shapes represent.
Answered by Dr Dave P - Tue Sep 25 16:29:44 2007
what are some inexpensive things to get for making an iodine atom model?
Q. I have to do a project for school and I don't know what I should use. I was wandering what are some good ideas because my teacher wants me to have the exact atomic number which is 53. What are some inexpensive things I could buy?
Asked by shadow of the night - Sat Nov 10 12:20:16 2007 - - 1 Answers - 0 Comments
A. Maybe do a plan view of the atom on card: Draw circles to represent the electron orbits, use polystyrene / foam balls from a craft shop for the electron, neutrons and protons. Colour them different colours! J
Answered by James S - Sat Nov 10 12:29:41 2007
Q. I have to do a project for school and I don't know what I should use. I was wandering what are some good ideas because my teacher wants me to have the exact atomic number which is 53. What are some inexpensive things I could buy?
Asked by shadow of the night - Sat Nov 10 12:20:16 2007 - - 1 Answers - 0 Comments
A. Maybe do a plan view of the atom on card: Draw circles to represent the electron orbits, use polystyrene / foam balls from a craft shop for the electron, neutrons and protons. Colour them different colours! J
Answered by James S - Sat Nov 10 12:29:41 2007
How do you make a simple model of atom for sodium??
Q. I have to make a model of atom in chemistry class, and i got sodium for the atom. After i finished my model, i have to present it in front of the class and tell about my model. can anyone tell me or give the website about that,please??
Asked by fanny - Tue Apr 22 12:28:59 2008 - - 6 Answers - 0 Comments
A. Here is how you can do it with pipe cleaners, etc...read down thru the site:
Answered by quantumrift - Tue Apr 22 12:33:18 2008
Q. I have to make a model of atom in chemistry class, and i got sodium for the atom. After i finished my model, i have to present it in front of the class and tell about my model. can anyone tell me or give the website about that,please??
Asked by fanny - Tue Apr 22 12:28:59 2008 - - 6 Answers - 0 Comments
A. Here is how you can do it with pipe cleaners, etc...read down thru the site:
Answered by quantumrift - Tue Apr 22 12:33:18 2008
what are some environmental safe materials that i can use to make a model of J.J. Thomson's atom model?
Q. i'm just wondering what are some environmental safe materials that can be used to make a scale model of an atom... so styrophomes are out... and...??? ">">" hehehe no its because, it has to fit one whole illustration and we aren't allowed to use stryrophomes...
Asked by king_24680 - Mon Feb 18 05:44:44 2008 - - 1 Answers - 0 Comments
A. How about stop being a hippie. Your assignment is a scale model of an atom, not try to be Al Gore.
Answered by Bierziet - Mon Feb 18 05:48:42 2008
Q. i'm just wondering what are some environmental safe materials that can be used to make a scale model of an atom... so styrophomes are out... and...??? ">">" hehehe no its because, it has to fit one whole illustration and we aren't allowed to use stryrophomes...
Asked by king_24680 - Mon Feb 18 05:44:44 2008 - - 1 Answers - 0 Comments
A. How about stop being a hippie. Your assignment is a scale model of an atom, not try to be Al Gore.
Answered by Bierziet - Mon Feb 18 05:48:42 2008
How is Bohr model of the atom similar to the energy needed for one body of mass to escape gravitational force?
Q. If you consider the Bohr model of the atom, where the proton and electron act as two bodies of mass, and the electron escapes from the pull of the proton with the energy -13.6 eV, how is this similar to the energy needed for one body of mass, like a planet, to escape the gravitational force of another planet? Please explain!
Asked by Aquamarine Blue Beauty - Wed May 27 03:12:19 2009 - - 3 Answers - 0 Comments
A. In both, there is a force that is pulling each 'satellite' (electron or planet) towards a center (the proton or the other planet). It's just that in one it's electromagnetic and the other is gravitational. You can think of the -13.6eV as the force needed to acquire escape velocity for the planets model. I dunno if this helped, but I hope it did. :)
Answered by aerogel - Wed May 27 03:52:48 2009
Q. If you consider the Bohr model of the atom, where the proton and electron act as two bodies of mass, and the electron escapes from the pull of the proton with the energy -13.6 eV, how is this similar to the energy needed for one body of mass, like a planet, to escape the gravitational force of another planet? Please explain!
Asked by Aquamarine Blue Beauty - Wed May 27 03:12:19 2009 - - 3 Answers - 0 Comments
A. In both, there is a force that is pulling each 'satellite' (electron or planet) towards a center (the proton or the other planet). It's just that in one it's electromagnetic and the other is gravitational. You can think of the -13.6eV as the force needed to acquire escape velocity for the planets model. I dunno if this helped, but I hope it did. :)
Answered by aerogel - Wed May 27 03:52:48 2009
How did new technology allow Schrodinger to have a more advanced atom model?
Q. How did new technology allow Schrodinger to have a more advanced atom model?
Asked by N S - Sat Oct 17 15:47:12 2009 - - 1 Answers - 0 Comments
A. He knew of the electron diffraction experiments of Davidson and Germer in the US, and Thompson in the UK. Electrons have wave properties which showed the Bohr model for the H atom was incorrect. So ol' Erwin took the known classical equation that described the energy in vibrating strings and changed it by by allowing for this property by incorporating the de Broglie relationship into the equation. And out popped these wavefunctions and the world of chemistry was changed forever.
Answered by sjbiis - Sun Oct 18 01:55:39 2009
Q. How did new technology allow Schrodinger to have a more advanced atom model?
Asked by N S - Sat Oct 17 15:47:12 2009 - - 1 Answers - 0 Comments
A. He knew of the electron diffraction experiments of Davidson and Germer in the US, and Thompson in the UK. Electrons have wave properties which showed the Bohr model for the H atom was incorrect. So ol' Erwin took the known classical equation that described the energy in vibrating strings and changed it by by allowing for this property by incorporating the de Broglie relationship into the equation. And out popped these wavefunctions and the world of chemistry was changed forever.
Answered by sjbiis - Sun Oct 18 01:55:39 2009
Can you show me some pictures/ideas of an 3D atom model project?
Q. I need to turn in an 3D atom project and I want some ideas and pictures of how other people did/are doing theirs
Asked by summerxbabe - Sun Jan 25 23:49:50 2009 - - 2 Answers - 0 Comments
A.
Answered by *twinkle* - Sun Jan 25 23:56:26 2009
Q. I need to turn in an 3D atom project and I want some ideas and pictures of how other people did/are doing theirs
Asked by summerxbabe - Sun Jan 25 23:49:50 2009 - - 2 Answers - 0 Comments
A.
Answered by *twinkle* - Sun Jan 25 23:56:26 2009
What was the unusual feature of the model of the atom that Bohr proposed?
Q. What was the unusual feature of the model of the atom that Bohr proposed?
Asked by physical science chic - Tue Mar 18 16:45:09 2008 - - 2 Answers - 0 Comments
A. Bohr proposed that electrons travelled around the nucleus in orbits, like planets around the sun instead of a nebulous electron cloud.
Answered by Ann L - Tue Mar 18 18:21:50 2008
Q. What was the unusual feature of the model of the atom that Bohr proposed?
Asked by physical science chic - Tue Mar 18 16:45:09 2008 - - 2 Answers - 0 Comments
A. Bohr proposed that electrons travelled around the nucleus in orbits, like planets around the sun instead of a nebulous electron cloud.
Answered by Ann L - Tue Mar 18 18:21:50 2008
How did a nuclear atom differ from the uniform sphere model of an atom?
Q. How did a nuclear atom differ from the uniform sphere model of an atom?
Asked by Lizzy - Tue Aug 22 19:24:15 2006 - - 3 Answers - 0 Comments
A. Nuclear atom = tiny particles revolving around each other to create in impermiable field with consistent, identical properties. Uniform Sphere = a piece of solid material, as if it were carved out of a larger chunk.
Answered by tonevault - Tue Aug 22 19:30:56 2006
Q. How did a nuclear atom differ from the uniform sphere model of an atom?
Asked by Lizzy - Tue Aug 22 19:24:15 2006 - - 3 Answers - 0 Comments
A. Nuclear atom = tiny particles revolving around each other to create in impermiable field with consistent, identical properties. Uniform Sphere = a piece of solid material, as if it were carved out of a larger chunk.
Answered by tonevault - Tue Aug 22 19:30:56 2006
What is the wave mechanical model of the atom?
Q. And according to the wave mechincal model of the atom, electrons in the atom: (1) travel in defined circles (2) are most likely found in excited state (3) have a positive charge (4) are located in orbitals outside the nucleus
Asked by Sloppy Dilemma - Sat Apr 5 11:58:54 2008 - - 1 Answers - 0 Comments
A. The wave mechanical model of an atom is that described with Shrodinger's equation. The answer to the question is 4. Electrons are found in pairs in orbitals of the atom. Note that the shape of each orbital is described by one of the solutions to Shrodinger's equation, which are three dimensional frequency distribution functions that describe where the electron is most likely to be.
Answered by Stronza - Sat Apr 5 12:03:51 2008
Q. And according to the wave mechincal model of the atom, electrons in the atom: (1) travel in defined circles (2) are most likely found in excited state (3) have a positive charge (4) are located in orbitals outside the nucleus
Asked by Sloppy Dilemma - Sat Apr 5 11:58:54 2008 - - 1 Answers - 0 Comments
A. The wave mechanical model of an atom is that described with Shrodinger's equation. The answer to the question is 4. Electrons are found in pairs in orbitals of the atom. Note that the shape of each orbital is described by one of the solutions to Shrodinger's equation, which are three dimensional frequency distribution functions that describe where the electron is most likely to be.
Answered by Stronza - Sat Apr 5 12:03:51 2008
Does anyone have any ideas on different creative ways to make a model of an atom?
Q. Does anyone have any ideas on a way to make a creative and unique model of an atom?
Asked by Stephy - Mon Feb 25 15:10:16 2008 - - 1 Answers - 0 Comments
A. The 1958 Worlds Fair in Bruxelles, Belgium had a giant model of an Atom, look for it in a World Book or something, It looked kind of like a giant Bob-Jack, if you know what that is, with a Restaurant at the top, and elevators in the tubes to get up there.
Answered by billy - Mon Feb 25 15:18:14 2008
Q. Does anyone have any ideas on a way to make a creative and unique model of an atom?
Asked by Stephy - Mon Feb 25 15:10:16 2008 - - 1 Answers - 0 Comments
A. The 1958 Worlds Fair in Bruxelles, Belgium had a giant model of an Atom, look for it in a World Book or something, It looked kind of like a giant Bob-Jack, if you know what that is, with a Restaurant at the top, and elevators in the tubes to get up there.
Answered by billy - Mon Feb 25 15:18:14 2008
How does Rutherford's model of the atom account for the backscattering of alpha particles directed at the gold
Q. How does Rutherford's model of the atom account for the back-scattering of alpha particles directed at the gold leaf?
Asked by Crystal - Fri Apr 11 11:38:43 2008 - - 1 Answers - 0 Comments
A. a few 1 in 10,000 particles are scattered at 180deg. due to its head on collision with nucleus of the atom which being heavier than alpha particle results in collision that causes alpha particle to reverse its direction.The animation below will exlain it to u in the best way.
Answered by computer geek - Fri Apr 11 11:57:15 2008
Q. How does Rutherford's model of the atom account for the back-scattering of alpha particles directed at the gold leaf?
Asked by Crystal - Fri Apr 11 11:38:43 2008 - - 1 Answers - 0 Comments
A. a few 1 in 10,000 particles are scattered at 180deg. due to its head on collision with nucleus of the atom which being heavier than alpha particle results in collision that causes alpha particle to reverse its direction.The animation below will exlain it to u in the best way.
Answered by computer geek - Fri Apr 11 11:57:15 2008
What's something we can use to represent the neucleus in our 3D model of an atom?
Q. We're doing a science project, and are required to create a 3d model of a cobalt atom. We are not quite sure what we could use to represent the neucleus, the neucleus needs to be able to hold 59 small marshmallows and fit inside half of a basketball. Any ideas?
Asked by BrettS08 - Sun Mar 8 18:10:17 2009 - - 2 Answers - 0 Comments
A. Go to a pet store and find one of those clear plastic balls that people put their mouse/guinea pig inside to allow their pet to walk around the house. [a bubble-boy bubble] They should be available in various sizes.
Answered by M - Sun Mar 8 18:15:35 2009
Q. We're doing a science project, and are required to create a 3d model of a cobalt atom. We are not quite sure what we could use to represent the neucleus, the neucleus needs to be able to hold 59 small marshmallows and fit inside half of a basketball. Any ideas?
Asked by BrettS08 - Sun Mar 8 18:10:17 2009 - - 2 Answers - 0 Comments
A. Go to a pet store and find one of those clear plastic balls that people put their mouse/guinea pig inside to allow their pet to walk around the house. [a bubble-boy bubble] They should be available in various sizes.
Answered by M - Sun Mar 8 18:15:35 2009
Unlike the modern model of the atom, Bohr s model states that?
Q. 2. Unlike the modern model of the atom, Bohr s model states that a. electrons move in set paths around the nucleus of an atom. b. atoms cannot be divided into smaller parts. c. electrons behave like waves. d. electrons contain orbitals.
Asked by umm. - Mon Apr 20 01:22:34 2009 - - 1 Answers - 0 Comments
A. a
Answered by abayer12 - Mon Apr 20 01:30:32 2009
Q. 2. Unlike the modern model of the atom, Bohr s model states that a. electrons move in set paths around the nucleus of an atom. b. atoms cannot be divided into smaller parts. c. electrons behave like waves. d. electrons contain orbitals.
Asked by umm. - Mon Apr 20 01:22:34 2009 - - 1 Answers - 0 Comments
A. a
Answered by abayer12 - Mon Apr 20 01:30:32 2009
How am i supposed to make a model atom with only styrofoam balls and wires and cotton balls?
Q. How am i supposed to make a model atom with only styrofoam balls and wires and cotton balls?
Asked by jewels - Sat Apr 25 00:33:51 2009 - - 2 Answers - 0 Comments
A. Use the balls to represent the elements that make it up, and the wire to represent the bonds between the elements.
Answered by unknown - Sat Apr 25 00:42:50 2009
Q. How am i supposed to make a model atom with only styrofoam balls and wires and cotton balls?
Asked by jewels - Sat Apr 25 00:33:51 2009 - - 2 Answers - 0 Comments
A. Use the balls to represent the elements that make it up, and the wire to represent the bonds between the elements.
Answered by unknown - Sat Apr 25 00:42:50 2009
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