The correct answer is - the seafloor is spreading.
The abyssal plains are formed by the spreading of the seafloor that appears where the tectonic plates move away from one another. They are one of the flattest and smoothest surfaces on the planet. The abyssal plains are located between the mid-ocean ridges and the foot of the continental rise. Their depth in general is between 3,000 m and 6,000 m.
These features are actually occupying a staggering 50% of the Earth, and the fact that they are the least explored features of all, just makes us wonder and imagine what lies hidden down there.
Abyssal plains are very flat oceanic features that form when sediment from the continents accumulate on the ocean floor over long time periods, creating a flat, featureless plain.
Abyssal plains are very flat features that form when sediment from the continents accumulates on the ocean floor over a long period of time. The accumulation of this sediment is primarily due to the actions of water currents and gravity. In essence, these plains form as a result of the constant erosion and deposition of material on the seafloor. This sediment covers the irregularities of the ocean crust, creating a flat, featureless plain. Abyssal plains are located deep beneath the ocean surface and are considered to be the flattest regions on Earth.
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B.) New compounds with lower-energy bonds must be formed when the high-energy bonds in food molecules are broken.
C.) New compounds with higher-energy bonds must be formed when the low-energy bonds in food molecules are broken.
D.) The new compounds that are formed must be more complex than the food molecules that were broken down.
Answer:
The correct answer is statement B.
Explanation:
The cellular procedures of respiration and photosynthesis involve the transformation of energy and matter. On the basis of the law of conservation of energy, energy can neither be formed nor destroyed. Thus, to attain excess energy in order to provide energy for the cellular procedures, the bonds produced in the new compounds must possess less energy in comparison to the bonds in the original food molecules.
b. inside bones
c. epidermis
d. blood
Answer:
The correct answer is A., B., and D..
Explanation:
Connective tissue can be found in connecting muscles to bone, insides bones, and in blood. I took the test and these are the correct answers.
Answer:
The answer is energy storage.
Explanation:
Lipids are a set of organic molecules, which consist mainly of carbon and hydrogen and, to a lesser extent, oxygen. Lipids fulfill diverse functions in living organisms, including energy reserve. Lipids (usually in the form of triacylgeroles) constitute the energy reserve for late or deferred use of the organism. Their caloric content is very high (10 Kcal / gram), and they represent a compact and anhydrous form of energy storage.
Null hypothesis (H0): The four treatment categories yield poplar trees with the same mean weight.
Alternative hypothesis (H1): The four treatment categories yield poplar trees with a different mean weight.
Based on the data table, it appears that Treatment A yields the highest mean weight for the poplar trees. Therefore, Treatment A appears to be the most effective.
To test the claim that the four treatment categories yield poplar trees with the same mean weight, we will use a significance level of 0.05. The null hypothesis (H0) assumes that the treatment categories yield poplar trees with the same mean weight, while the alternative hypothesis (H1) assumes that at least one treatment category yields poplar trees with a different mean weight.
To test the claim that the four treatment categories yield poplar trees with the same mean weight, we will use a significance level of 0.05. This means that if the p-value is less than 0.05, we will reject the null hypothesis and conclude that there is evidence to support the claim that the treatment categories yield poplar trees with different mean weights. On the other hand, if the p-value is greater than or equal to 0.05, we will fail to reject the null hypothesis and conclude that there is not enough evidence to support the claim that the treatment categories yield poplar trees with different mean weights.
The null hypothesis (H0) assumes that the treatment categories yield poplar trees with the same mean weight. The alternative hypothesis (H1) assumes that at least one treatment category yields poplar trees with a different mean weight.
Learn more about testing the claim of equal mean weights of poplar trees with different treatments here:
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