Answer:
They have very weird climates.
Explanation:
Southern Ontario and Quebec have a climate with hot, humid summers and cold, snowy winters, similar to that of some portions of the American Midwest. Except for the west coast, all of Canada has a winter season with average temperatures below freezing and with continuous snow cover.
Answer:
:The (Scattered) Hebrews: House of Judah. The House of Judah was allowed to come back to their own land after Babylonian captivity but like the Northern Kingdom, they strayed from God and were unfaithful. Violence, hostility and tension followed them through the Hellenistic Kingdom era and Judah (known as Judea by this time)
Explanation i hope this helps mark me brainliest :)
Answer:
Mohorovicic discontinuity, or simply the Moho.
The three main particles of an atom are: electron, proton, and neutron.
This table shows the differences on the three properties: location, charge, and mass, for the three particles:
particle location charge (C) mass (g)
electron space around the nucleus - 1.6 * 10^ -19 9.11 * 10^ -28
proton nucleus + 1.6 * 10^ -19 1.673 * 10 ^ - 24
neutron nucleus 0 1.675 * 10 ^ 24
It is important to drive some conclusions that permit you to have a better picture ot these particles and their differences:
1) electrons are in the space around the nucleus in regions called orbitals. Those are not orbits, because the electrons are not orbiting the nucleous.
2) Both protons and neutrons are inside the nucleus of the atom.
3) Electrons and protons have opposite charges of the same magnitude. The number of protons and electrons in an atom are equal, that is why they are neutral. The neutrons, which are inside the nucleus, with the protons, does not have charge.
4) The mass of the protons and the neutrons are almost equal.The difference does not count for the usual calculations.
5) The mass of one electron is 1 / 1840 times the mass of one proton. A very low quantity.
6) Electron is a fundamental particle (it is not formed by other particles).
7) Protons and neutrons are not fundamental particles. They are formed by quarks.
