Answer:
Hmm are there any answer choices? ヽ(・∀・)ﾉ
Explanation:
Explanation:
The maps presented in the figure show the expansion of soy production in the Brazilian territory, possible due to the technological increments described in the text. From the analysis of both, it is possible to infer that the application of technology in the production of soybeans in Brazil boosted the A) direction of production to areas traditionally occupied by coffee production. B) concentration of production in large estates in the north and northeast regions of the Brazilian territory. C) competition with mineral exploration carried out in the states of Mato Grosso, Goiás and Pará. D) direction of occupation to the Brazilian Midwest and to the border with the North region of the country. E) expansion of production in areas dominated by hilly seas and Atlantic Forest vegetation. 6
Answer: is constant
Explanation:
In order to analyze the velocity of the stars within a galaxy, the <u>galaxy rotation curves</u> (developed by the American astronomer Vera Rubin) are used. These graphs are elaborated as a scatter diagram in which the orbital velocity of the stars present in a galaxy is represented on the Y axis and the distance of these stars to the center of the galaxy on the X axis.
Thanks to this diagram, it has been possible to observe a characteristic behavior in the rotation speed of the stars (and gas) present in the galaxies, which differs from the rules of the orbital movement of the planetary systems postulated by Newton and Kepler.
This means that in these galaxy rotation curves it has been observed that the rotation speed of stars and gas is "constant", regardless of the distance to the center of the galaxy. This discrepancy and these results were then used to demonstrate the existence of dark matter in the universe.
Answer:
try to find a live feed of space
Explanation:
Answer: The options are not given. Here are the options.
A. It would be harder for her to exercise
B. It would be easier for her to exercise
C.Nothing would happen to her ability to exercise, but her respiratory system would not work as hard, since glucose has more energy than oxygen molecules.
D.Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells.
The correct option is D.
Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells.
Explanation:
Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells because there is no need for enzymes and the whole digestive system to digest the glucose , this is because glucose is the end product of carbohydrates digestion i.e it is breakdown into glucose which is in a form the body can easily absorb it to the cells.
Since the body can absorb it to the cells, it will supply her with the energy she needed easily and her ability to exercise will remain the same because when you exercise the body does not use energy from digestion rather it slows digestion and divert the blood to the muscles and lungs to exercise.
