This occurrence takes place because the moon revolves around the Earth in the same direction that the Earth rotates around its axis.
High tides are commonly unequal in height due to the axial angle of the Earth's rotation. For example, the location on the Earth has a fairly large, high tide. But then if this position rotates in let's say, 12 hours to the other side, the high tide is no longer as high.
- On the far side, the gravitational pull of the moon is weaker because it is farther away.
- On the far side, the force of inertia is greater than the gravitational pull, and thus, it bulges.
Baser och syror delas upp i starka och svaga baser respektive syror. I starka syror delas alla molekyler upp i joner när de löses med vatten och frigör många vätejoner, H+. Svaga syror delas bara delvis upp till joner vid kontakt med vatten. Samma sak gäller även baser med skillnaden att de frigör hydroxidjoner OH–.
hoppas det fungerar
Answer:
have the same number of electron energy levels
Explanation:
All of the elements in the same period have the same number of atomic orbitals that are occupied by electrons that are in constant motion. For example the elements in the first period have one orbital for its electrons. The elements in the second period have two orbitals for their electrons. As you move down the table, every row adds an orbital. At this time, there is a maximum of seven electron orbitals.
When water molecules form hydrogen bonds with other molecules, such as carbohydrates, it is called adhesion. It describes the way water moves through the xylem using cohesion (the water molecules stick to each other) and tension (because transpiration is drawing water out of the leaves).
Because bile contains salts and digestive compounds and lipase is a digestive enzyme, you might create a simple qualitative experiment to test the action of bile and lipase. Bile is first used to emulsify and break down food entering the small intestine, and lipase is used afterwards by the pancreas to break down fats. With this information, I suggest this experiment:
1) Label 4 test tubes A, B, C, and D. Divide the fat solution equally into the 4 tubes.
2) In tube B, add an x amount (but not the whole volume) of the bile solution.
3) in tube C, add a y amount (but not the whole volume) of lipase solution.
4) in tube D, add the x amount of bile and the y amount of lipase solution.
5) Swirl/mix until everything looks homogenized/settled.
6) tube A is your control. Compare the 3 other tubes to it and write observations. You should be able to make conclusions about the role of bile in digesting a fatty solution, and the extent of digestion with and without the additional lipase.
Hope this is helpful!~ There are certainly many other possible experiments.
