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1. The proton hasa smaller mass and the same charge as the electron.a larger mass and opposite charge as the electron.a smaller mass and opposite charge as the elec...

Question

1. The proton hasa smaller mass and the same charge as the electron.a larger mass and opposite charge as the electron.a smaller mass and opposite charge as the electron.the same mass and charge as the electron.2. The neutron hasthe same approximate mass and charge as an electron.the same approximate mass and charge as a proton.the same approximate mass as a proton, but no charge.the same approximate mass as an electron, but no charge.

1. The proton has a smaller mass and the same charge as the electron. a larger mass and opposite charge as the electron. a smaller mass and opposite charge as the electron. the same mass and charge as the electron. 2. The neutron has the same approximate mass and charge as an electron. the same approximate mass and charge as a proton. the same approximate mass as a proton, but no charge. the same approximate mass as an electron, but no charge.



Answers

The proton and the (electron/neutron) have almost equal masses. The proton and the (electron/neutron)
have charges that are equal in magnitude but opposite in nature.

The first part of this question. How much heavier is a proton and an electron? So if we look at the mass of a proton, this is equal to 1.67 Times 10 to the -24 g in the mass of an electron. It's equal to 9.11. And then I get 28 g. So if we divide the two of them mass of the proton, why did by mass of the electron? Yeah. At 1.67 times 10 to the negative 24 g. Divided by 9.11 times 10 to the negative 28 g. We get thank you. Right. What? Yeah. Do you wear this? um 1833. So from this we can suggest that approach on. Yeah. Is 1833 times heavier then. Mhm. The electron. And in part B. Yeah. What is the difference in charge and a proton and an electron proton. The charge of a proton. Mhm. proton is positively charged. This is equal to plus 1.602. 10 to the -19 columns. And they charged an electron electrons are negative. Typically charged, Charging Electronics -1.602. And the end of the -19. Too long

Yeah, positively encouraged particle in on is a proton. So for a how much heavier is a proton than an electron? The mass of a proton is equal to 1.67. Yeah. 26 times 10 to the -24g. The mass of an electron is equal to 9.10 938 times 10 to the minus 28 g. So how much heavier is a right proton than an electron? So 1.6726 times 10 to the minus 24. Over 9.10938 From 10 to the minus 28 g. This is equal to about 1836. Therefore, the proton is approximately yeah, 1836. Times heavier. Yeah. Then the electron for B. What is the difference in charge of the proton and electron? So the charge on a proton, yeah, is equal to Positive, 1 6. 02 Times 10 to the -19 problems, they charge. okay, on an electron -1.602 times 10 to the -19 Ghoulam's. So here we can see that um Both particles you for have mhm. The same magnitude of charge. Mhm. But a proton is positively charged. Yeah. Mhm. Whereas an electron is negatively charged. Yeah. Yeah. Yeah.

For the given problem myself. A neutron is given by M d Do Chew minus marks off the hydrogen, plus our gamma rays energy divided by speed of light square. Substituting your values 2.13553212 minus 1.7276 467 plus 2.2233 divided by 9 31.502 Excuse us mass off the neutral to be 1.0 at 6637 unit, which is approximately 1.8 seven.

Every atom is made of of smaller particles called protons, neutrons and electrons. The protons and neutrons are found at the center of the atom there in the nucleus, and the electrons spin around the nucleus. So let's start with protons and neutrons. They don't have an identical mass, but their masses are very similar, and they're equal to about 1.67 tons. 10. The negative 27 kilogram, which is a very small amount, however, even though it's so small, each proton or neutron is still about 2000 times the mass of each electron, which is 9.1 times 10 in the negative 31st kilogram. So that means that protons and neutrons make up the majority of an Adams Mass. However, electrons, despite being such a small amount of the mass, are actually most important to the chemical properties. The amount of electrons and Adam has will determine how behaves chemically how it forms ions and things like that


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