positive-and-negative-charges-are-attracted-to-one-another-which-of-the-following-are-attracted-to-2

Name: positive and negative charges are attracted to one another which of the following are attracted to 2
Uploaded: 2020-06-16
Duration: 37 s
Channel: Numerade
Description: Positive and negative charges are attracted to one another. Which of the following are attracted to a negative charge: an electron, a proton, a neutron, a nucleus, an atom? Explain your thinking.

Question

Positive and negative charges are attracted to one another. Which of the following are attracted to a negative charge: an electron, a proton, a neutron, a nucleus, an atom? Explain your thinking.

David Collins · Accepted Answer

anything that is positively charged is attracted to a negative charge. And when we&#x27;re looking at and Adam, the two things that we could classify as having a positive charge would be a Proton or the nucleus itself that is made up of protons and neutrons that have no charge for the net. Charge of the nucleus is positive. An electron would be repelled by a negative charge, and a neutron would have no attraction or repulsion to a negative charge because its neutral as within Adam itself being neutral.

Jason Boomer · Answer

So this question is asking us to go again about some properties of the nuclear ons that make up Adams and to start off with. Our first question is that we&#x27;re looking for a nuclear that as the mass that is about the same as a proton so mass about the same as a proton. If we look here at the at the road that have marked size, we can see that protons and neutrons are relatively large. Of course, everything is Ah is extremely tiny, but but electrons air about 2000 times smaller than protons and neutrons. So the one that is about the same size as a proton while obviously the proton is about the same size of the proton. But that would be a very trivial question. So the one they&#x27;re looking for in this case is the neutron neutron. He is not a proton, but it is about the same size of Proton. So that&#x27;s what they&#x27;re looking for here. Second there, asking for ah what is found in the nucleus. Well, if we look at this role right here, we&#x27;ve got location. We could see that the proton is found in the nucleus and the neutron has also found in the nucleus, so there&#x27;s no way to tell which one they&#x27;re talking about. So we&#x27;re gonna write both. No. Third, we&#x27;re looking for something that is attracted to protons so attracted to protons, while Proton has a positive one charge. And as we know, opposites attract so positive charges and negative charges air going to attract each other. So what has a negative charge? Well, the electron has a negative charge. So those air gonna be attracted Two protons and then finally, they&#x27;re looking for one that has a negative one charge will again. The one that has a negative one charges the electron.

Zulfiqar Ali · Answer

inside a nucleus protons reap elite ID or due to electrostatic force of repulsion, uh, protons ripple each other, ripple each other by electrostatic force of reported electron static repulsion electrostatic reports Protons inside nucleus also attract each other. Protons inside the nucleus attract attract each other each other by strong nuclear force by strong nuclear force, nuclear force.

Jason Boomer · Answer

So this question is asking us to identify the properties of some of the some of the subatomic particles that we see. And so I&#x27;m going to start off with drawing a trying and Adam here. I&#x27;m going to start by drawing the nucleus and in nucleus we have our protons just gonna do for protons. And we have our electron to major neutrons here. So protons and neutrons here and then our electrons we&#x27;re gonna have outside in the cloud in the electron shells which you&#x27;ll learn about later. But ah, as we as we look at this thing and this guy had a color code these So we&#x27;ve got our neutrons in blue and our protons in green Uh, the charge for each of these. So the proton has a charge of plus one, and the electron has a charge of minus one, and ah, and the neutron is neutral lists, as you might expect from the name. Uh, but you&#x27;ll notice that for our protons and are electrons, we have the same number of them, right? We&#x27;ve got four plus ones. We&#x27;ve got four minus one so that the entire Adam is electrically neutral. If we look at the size, we can clearly see that the electron is the small one. I mean, they&#x27;re all small, but the electron is particularly small, while the proton and neutron are larger. In fact, the proton and neutron are each about 2000 times the mass of the electrons. There quite a bit larger than the electron is. And then our location. Ah, we know that our proton or neutron are in the nucleus. Nucleus means colonel or core from the Greek. And the electrons are in the shell There, in the electron cloud in in the electron shells. Ah, So now if we go back to the question we&#x27;ve got these four characteristics in the 1st 1 it&#x27;s asking us is to identify which of these has thes smallest mass. Well, if we look at the table we&#x27;ve just completed, of course, the electron is gonna be the smallest mass. The second question is asking us which one has a plus one charge? Well, again, we can look at the at what we have here. We see that the proton has a plus. One charge. Third is which of them is found outside the nucleus, where we can see that the proton and the neutron are inside the nucleus and limits outside the nucleus. In the electron shells, of course, is the electron. And then finally, they asked for which one is electrically neutral. So it&#x27;s not positive. It&#x27;s not negative. The only ones electrically neutral is the neutron.

Ashley King · Answer

a proton has a positive charge. An easy way to remember this is to remember peas. Proton Positive. They both start with the letter. P A neutron has no charge at all. A good way to remember this one is to remember that they both start with ends. Neutron, no charge. The electron has a negative charge. If you figure out that the proton is positive and the neutron isn&#x27;t no charge, then that leaves the only option left for the electron to be negative.

Sam Limsuwannarot · Answer

Russian here asked which of the following is going to have the same mass about the same masses? A hydrant Adam and is a negative charge so base of the based on the following answer choices that we have A, B, C, D and E. We know that protons do not have a mass that is going to be that close, and it doesn&#x27;t doesn&#x27;t have a DNA give charge of that&#x27;s going incorrect answer for being here. We have a new show on it, has a neutral charge, doesn&#x27;t have any of charge so that it&#x27;s going to be incorrect to for see an electron, its massive negligible. So that&#x27;s not gonna be correct. Answer. And I said, TOE is going to be the correct answer as it&#x27;s essentially just different forms of the Hajj in autumn, and he here is going to be there for incorrect

Problem

Hydrogen and helium are different elements. How c…

Problem 4 Easy Difficulty

Positive and negative charges are attracted to one another. Which of the following are attracted to a negative charge: an electron, a proton, a neutron, a nucleus, an atom? Explain your thinking.

Answer

Since electron is itself negative, it cannot attract negative charge. Neutron is charge less and atom is
electrically neutral because no of electrons and protons is same. Protons are positively charged. So they get charged towards negative charge

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Since electron is itself negative, it cannot attract negative charge. Neutron is charge less and atom iselectrically neutral because no of electrons and protons is same. Protons are positively charged. So they get charged towards negative charge

Living by Chemistry

Stephanie C.

Allea C.

Morgan S.

Jake R.

Intro To Chem - Introduction

Classification and Properties of Matter

Angelica M. StacyLiving by Chemistry

Stephanie C.

Allea C.

Morgan S.

Jake R.

Since electron is itself negative, it cannot attract negative charge. Neutron is charge less and atom is
electrically neutral because no of electrons and protons is same. Protons are positively charged. So they get charged towards negative charge

Angelica M. Stacy

Living by Chemistry