Answer:
Explanation:
x to the 2nd power plus 3x-4
x to the 2nd power minus 2x-8
1. The dividing out method my seem like the thing to do but really you to to combine like terms on the top and the bottom so the top an the bottom should become 3x to the 2nd power plus (-4) over 2x to the 2nd power minus (-8) since you can only divide 3x to the 2nd power and 2x to the 2nd power your answer would become 3-4 over 2-8 because both x to the 2nd power cancelled each other out now minus the top and the bottom and the answer would be -1 over -6
2. for example (4)(6) over 4 plus 6 it would be hard to divide this because you the top and the bottom equations have not been solved yet, but when you do solve them your answer would be 24 over 10 but you cant divide these evenly and when you do try to divide them you would get a decimal or 2.4 also your answer word be an improper fraction 24/10 which could change into 2 4/10nso i don't think is would be easy to divide in order not to make this mistake always make sure both the top and bottom equations are solved and make sure you can divide them
3.a one thing i always remember is the equation solved yet i so can i divide
3.b What is the dividing out method can it be used for the following equation (3+4x) to the 2nd power over (4-2x) to the 2nd power.
Explanation:
Antarctica holds large glaciers and ice sheets hence lockdown water in the form of ice and prevents global sea levels from rising. Antarctica is also significant in maintaining the heat-balance of earth hence giving stable climatic conditions. The albedo effect of its ice sheets ensures the temperatures of the earth do not rise drastically. The cold water currents from Antarctica are also important in the circulation of ocean currents around the world. The oceans currents distribute heat around the world creating heat-balance.
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Answer:
D. Water expands inside of rocks when it is cold, breaking into smaller pieces.
Explanation:
Water, in either liquid or solid form, is often a key agent of mechanical weathering. For instance, liquid water can seep into cracks and crevices in rock. If temperatures drop low enough, the water will freeze. When water freezes, it expands. The ice then works as a wedge. It slowly widens the cracks and splits the rock. When ice melts, liquid water performs the act of erosion by carrying away the tiny rock fragments lost in the split. This specific process (the freeze-thaw cycle) is called frost weathering or cryofracturing.
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Answer:
It is dynamic: Digital maps are dynamic which means one can choose to view the previous versions of the represented area unlike paper maps. Digital maps can represent all features at the same time: Digital maps can be used to represent all features of a given area at the same time.
Explanation:
