If you look at the graph, you'll notice that the tides are far more extreme on day 5 and far less extreme on day 13. You need to realize that both the Sun and the Moon contribute to the tides with the moon causing about twice the effect of the sun. So on Day 5, both the Moon and Sun were in phase with each other and worked together to cause the rather extreme tide, while on the 13th, the Sun and the Moon were working at cross purpose and causes the relatively minor tides. With this information, let's now answer the questions.
What kind of tide occurred on Day 5?
These are several different names used for tides when both the Sun and Moon contribute. They are "spring tides" or "king tides". The names has nothing to due with the actual season of spring, but is simply a synonym for jump or leap. The diagram representing the Earth, Moon, and Sun for this kind of tide will have all three bodies arranged in a straight line. There are two possible arrangements for the bodies. They are Sun, Earth, Moon all in a straight line, or Sun, Moon, Earth. Either arrangement will result in a spring tide.
What kind of tide occurred on Day 13?This kind of tide occurs when the Sun partially cancels out the tide from the Moon. It is called a "neap tide" which means "without the power". The diagram of the Sun, Earth and Moon for this kind of tide has the three bodies arranged at right angles to each other. So draw a right angle with one leg being long and the other leg being short. Then at the intersection of the two lines, draw the Earth. At the end of the long leg away from the Earth will be the Sun, and at the end of the short leg away from the Earth will be the moon.
Answer:
hot spot
Explanation:
There are several different types of plate boundaries, and each boundary type comes with some specific physical geographic feature. The divergent plate plate boundaries have mid-ocean ridges if they are on the ocean floor, or they rifts if they are on land. The transform plate boundaries have faults. The convergent plate boundaries have trenches if they are between oceanic and continental plates, or mountain ranges if they are between two continental plates.
The hot spots though are something that is commonly associated with plate boundaries. The reason for this is that the hot spots can appear anywhere, so they can be near a plate boundary, but they can also be in the interior of an oceanic plate, or in the interior of a continental plate. The hot spots occur because of much more intense activity in the astenosphere, resulting in mantle plumes which manages to break through the crust with ease and manifest themselves on the surface.
Answer and Explanation:
Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA) in 1980, is a store paid by the legislature and by expenses on oil and substance organizations. The duties that organizations need to pay add to the expense of assembling the pesticide, which causes the cost to go up, making it increasingly costly for the consumer to purchase.
In the event that the pesticide or assembling procedure brings about dangerous waste the CERCLA enables the EPA to fine the organization for the expense of tidy up, which additionally adds to what organization needs to pay.
Answer:
The correct answer is erosion
Explanation:
- Magmatism refers to the positioning of magma on the outer surface and within the layers of a terrestrial planet which on cooling solidifies into igneous rocks.
- Mechanical weathering is the process of breaking of big rocks into tiny or smaller pieces. It is basically a process of conversion of big rocks into sediments thus leading to the formation of soil.
- Chemical Weathering is the process of breaking down of big rocks into tiny pieces by chemical reactions instead of mechanical processes.
- Erosion is the process of removal of soil, sediments and dissolved substance from one location and transporting it to another location on earth crust.
- Metamorphism is the process of change in the structure or com[position of a rock by the action of pressure, temperature or other natural forces.
