Sedimentary rock is converted into metamorphic rock with the addition ofA.nuclear energy
B. Kinetic energy
C. Potential energy
D. Heat energy

Answers

Answer 1
Answer: D. Heat Energy


Sedimentary rock is converted into metamorphic rock with exposure to heat, pressure, heated mineral solutions, or a combination of any of them.
Answer 2
Answer: D. Heat Energy

When sedimentary rocks are buried deep beneath the earth’s surface, great pressure and tremendous heat change these rocks into new rocks containing different minerals. These are metamorphic rocks.

Related Questions

Which of the following statements about hormone transport and distribution is not true? a. free hormone concentration is not influenced by plasma protein concentration b. hormones bind to certain types of plasma proteins c. hormones can be transported bound to plasma protein or free in the plasma d. only free hormones can diffuse through capillary walls and bind to target tissues e. All of the statements are true.
Choose from the list the molecules necessary for every living thing on earth to survive. Select one or more: a. Lipids b. Carbohydrates c. Phosphate d. Nucleic Acids e. Proteins f. Oxygen ( :
A serve the two plants which cellular change affected the structure of second plant
The secretion of hormones by the pituitary gland is an example of _______________.autocrine signalingparacrine signalingendocrine signalingdirect signaling across gap junctions
explain the scientific theory of evolution and the evidence scientist found that proves it to be valid ?

Why is it important to classify living organisms?A) The DNA of organisms may be more easily to analyze

B) organisms may survive longer if they are classified

C) scientist may study and discuss organisms more easily

D) classifying is needed before a scientist may make observations

Answers

Answer:

C

Explanation:

to make biological research easier

How can you tell the difference between the different phases of mitosis each cell is in?

Answers

i found this photo, i hope it helps

What would happen to the pH of the blood if excessive amounts of acetoacetic acid built up, as in a case of untreated diabetes.

Answers

Answer and explanation:

If excessive amounts of acetoacetic acid were to build up in the body, the pH of the blood would decrease, because the blood would become more acidic.

Acetoacetic acid is produced because of lipolysis (fat degradation) or because of the breakdown of amino acids. This is a normal biochemical process, but it can lead to serious issues when the levels of acetoacetic acid rise more than they should.

Patients with Diabetes Mellitus have a deficiency in their insulin production. Insulin is the only hormone that can make glucose enter the cells, which is important because glucose (sugar) is processed inside the cells to produce ATP (a molecule high in energy).

Patients with Diabetes can't get the glucose inside their cells, so the blood sugar levels rise in the blood (hyperglycemia). Since the body still needs ATP to function properly, energy requirements are being met via the degradation of fat and amino acids - which generates acetoacetic acid. If this continues, the pH drops and Diabetic Ketoacidosis occurs. This condition is life-threatening.

While mapping the motor cortex, researchers Foerster and Penfield found thatA. although the mind's subsystems are localized in specific brain regions, the brain acts like a unified wholeB. damage to a specific area in the left frontal lobe disrupted speech abilityC. body areas requiring the greatest control occupied the greatest amount of cortical spaceD. if one part of the brain is damaged, the brain will compensate by putting other areas to workE. our brain processes most information out of our awareness

Answers

While mapping the motor cortex, researchers Foerster and Penfield found that body areas requiring the greatest control occupied the greatest amount of cortical space

The majority of the afferent fibres that enter each region of the cerebral cortex come from a single thalamic projection nucleus. This thalamocortical projection is topographically organised so that discrete thalamic volumes project to discrete fields in the cortex, while continuous thalamic volumes project to a continuous region in the cortex. A point-to-point projection could be thought of in this respect, however this oversimplification ignores the mutual overlap of thalamic fibres inside their "modular" cortical arborization zones . Because the cerebral cortex is a two-dimensional surface and the thalamus is a three-dimensional body, the topographical depiction of the thalamic projection nuclei over the cerebral cortex is a topological problem.

Hence, Foerster and Penfield found that body areas requiring the greatest control occupied the greatest amount of cortical space.

To know more about Topological problem.

brainly.com/question/13992478

#SPJ4

Which two regions of the brain control respirationa. Hypothalamus
b. Pons
c. Medulla oblongata
d. A and b
e. B and c

Answers

The medulla oblongata and the pons are involved in the regulation of the ventilatory pattern of respiration. So the answer is E.

biological evolution is the process by which populations of organisms change over time. How could natural selection lead to evolution? Please give a complete anwser. Will mark BRAINLIEST if correct. 100 points!

Answers

Answer:

when individuals with certain characteristics have a greater survival or reproductive rate than other individuals in a population and pass on these inheritable genetic characteristics to their offspring.

Explanation:

idk I just wanted the points lol