The ability to hunt others changes the fossil record. Why?

Answers

Answer 1

Answer: The ability to hunt others dramatically changed the fossil record, as many new animals evolved.

Explanation: Because the paleontology have to analyze the animals to tell if its a fossil or not but the first animal that died did not have no bones.

Answer 2
Final answer:

The ability to hunt has affected the fossil record by influencing the evolutions, social structures, and extinctions of many species which are reflected in the fossil record over time.

Explanation:

Theability to hunt significantly impacts the fossil record by influencing the natural selection, evolution, and extinction of various species. For example, when early humans learned to effectively hunt large animals, it led to the decline and eventual extinction of many species, thereby altering their fossil record. Conversely, this new ability improved human survival and species proliferation, impacting the distribution and variety of hominid fossils discovered.

Moreover, human transition from hunting to advanced agriculture has also shaped the fossil record. As humans started building settlements and farming, their effect on the environment grew, leading to the extinction of many animal species, thus again shifting the fossil records.

Lastly, the gender-based division of labor in early societies (e.g., men as hunters and women as gatherers) leaves diverse markers in the fossil record, hinting at the societal structures and practices of humanity's ancestors.

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Related Questions

You have just purchased a hamburger at toady loady's hamburger stand. you get ready to eat it and notice that the meat is red-almost raw. you take the hamburger back to get a well-cooked hamburger due to your concern about which organism that is commonly associated with undercooked meat? staphlococcus aureus giardia lambia e-coli clostridium botulinum

Answers

The correct answer is E.coli.

Eating undercooked meat puts you at a great risk of getting food-borne diseases, which are caused by pathogen microorganisms. One of the most common food-borne diseases from under-cooked beef is E.coli. The most common symptoms of E.coli are vomiting, diarrhoea and stomach cramps. 

Which of the following is an example of a nonspecific immune response?
A.
The receptors of a B lymphocyte bind to an antigen.
B.
A T lymphocyte attacks and destroys a cancer cell.
C.
A plasma cell releases antibodies.
D.
A macrophage engulfs invading bacteria.

Answers

The correct answer is D. A macrophage engulfs invading bacteria.
Non-specific immune response (or innate immune response) includes mechanisms that defend the host from infection by pathogen by recognizing and responding to pathogens but without providing long-lasting immunity to the host. Mechanisms of this respond include recruiting immune cells to sites of infection via cytokines, identification and removal of foreign substances by white blood cells (like macrophages, neutrophils), activation of the adaptive immune system (antigen presentation).

Answer:

A macrophage engulfs invading bacteria.

Explanation:

A nonspecific immune response is the body's first line of defense against invaders. It is a general immune response that requires no prior memory of the pathogen. A macrophage engulfing invading bacteria is an example of a nonspecific immune response.

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If the sequence of a nontemplate strand of dna is 5'-accgcatccgagtcac-3' what is the sequence of the transcript?

Answers

The RNA polymerase reads this non-coding strand and builds the transcript in the 5’ to 3’ direction. So you need to go backwards with this strand!
So the transcript will be (remember RNA uses U not T!):
5’- gugacucggaugcggu-3’

what does homozygous mean?

Answers

Alternative forms of a given gene are called alleles, and they can be dominant or recessive. When an individual has two of the same allele, whether dominant or recessive, they are homozygous. Heterozygous means having one each of two different alleles.
The same allele, for example (BB) or (bb)

Alcohol __________.
a. is a known carcinogen
b. is technically not a carcinogen
c. is linked with significantly increased risk of lung and stomach cancer
d. does not increase the risk of esophageal cancer

Answers

the answer to your question is c, is linked significantly incread risk of lung and stomach cancer.

Point (-5, 5) lies in Quadrant I II III IV

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Point (-5,5) lies in Quadrant 2
Here's some notes:
Quadrant 1: (+,+)
Quadrant 2: (-,+)
Quadrant 3: (-,-)
Quadrant 4: (+,-)

In a graph, the quadrants are marked from the top right corner and goes anti-clockwise

Hence we will have (+,+) in the Quadrant I

(- , +) in quadrant II

(-,-) in quadrant III

and

(+,-) in quadrant IV

Now the given point (-5,5) is a (-,+) and hence it lies in the quadrant II

How do the skin proteins—keratin, melanin, elastin, and collagen—each contribute to our physical identity? how about the dermal papillae?

Answers

Answer:

Skin is the largest organ of our body and it contains a lot of immune barriers that protects the pathogens form entering the skin. Majorly the nature of skin also helps in the external appearance of a person and also denotes age.

The skin protein such as keratin, melanin, elastin, and collagen are extracellular matrix proteins that plays a major role in maintaining the elasticity and texture of the skin. The dermal papillae is the region that  is present in the outer most layer of the skin that helps in the formation of hair follicles.

A student constructs a Venn diagram to compare the organelles in plant and animal cells. Venn Diagram of Plant and Animal Cells mc026-1.jpg Which organelle should be listed under “Both” in the diagram? centriole mitochondrion chloroplast cell wall

Answers

The correct answer is option (B) mitochondrion.

A Venn diagram represents an illustration of relationship between two groups, showing the characteristics of the groups separately in two circles and the similarities shown in the intersecting region of the two circles. When a Venn diagram is constructed to compare the organelles in plant and animal cells, the organelle that should be listed under "both" in the diagram is the mitochondrion.  Mitochondrion is a cell organelle that is the power house of the cell storing energy in the form of Adenosine triphosphate (ATP). It is present in both the plant and animal cells. It is made up of an outer membrane and an inner membrane with the inter membrane space, the cristae with the F1 particles and the mitochondrial matrix with proteins, enzymes, tRNA and the mitochondrial genome. Whereas centriole is present only in animal cell and chloroplast, cell wall are present only in plant cell.

Answer:

b

Explanation:

The major form of fat in both food and the body is

Answers

Triglycerides!!!
The major form of fat in both food and the body is Triglycerides.

Toddlers should consume ________ milligrams of calcium per day.

Answers

The answer is 700 milligrams needed toddlers should consume per day. Children need enough calcium to support their growing bones and teeth. Calcium is one of the body's most essential minerals and also has other necessary roles to play, including supporting a healthy nervous system and muscle function.

Reflect on all of the illnesses anna garcia has experienced. did any of her illnesses studied this year result in a breakdown of her body's ability to protect itself?

Answers

The illnesses of Anna Garcia had result in a breakdown of her body’s immune system that make her vulnerable to different infection. Her sickle cell disease and type 1 diabetes had made her weaker because the white blood cell that supposed to protect the body did not function properly and she often experienced fatigue and exhaustion because of low insulin. Due to these, she experienced urinary tract infection that made her more ill.

What agent of erosion creates a cirque?

Answers

the agent of erosion is glaciers

Part a the presence of a mutant lac repressor that could not bind lactose would result in _______ transcription even when lactose was present because the mutant repressor would remain bound to the lac __________ see section 18.3 (page 373) . view available hint(s) the presence of a mutant lac repressor that could not bind lactose would result in _______ transcription even when lactose was present because the mutant repressor would remain bound to the lac __________ see section 18.3 (page 373) . no; operator lots of; operator lots of; promoter no; promoter

Answers

The presence of a mutant lac repressor that could not bind lactose would result in no transcription even when lactose was present because the mutant repressor would remain bound to the lac operator 

The transcription of lac operator is controlled by the lac repressor. When lactose is present, the lac repressor normally will bind to the lactose, removing itself from the lac operator so it could be transcripted. 
In this case, the mutation makes the lac repressor keep binding to the lac operator so the result would be no transcription even when lactose present.

The presence of a mutant lac repressor that could not bind lactose would result in no transcription even when lactose was present because the mutant repressor would remain bound to the lac operator.

Further Explanation:

When lactose is unavailable, the repressor molecule binds to the DNA and prevents transcription of the genes. Therefore, the enzyme that is required for the lactose metabolism will not be produced. Comparatively, in the presence of lactose, the repressor molecule will bind to inducer (allolactose), which prevents binding of the repressor to DNA results in transcription of a gene. Enzymes accountable for the lactose metabolism will be produced. The mutated repressor molecule, which prevents binding to DNA, will result in the production of enzymes all the time, irrespective of the presence or absence of lactose. Genes responsible for the metabolism of lactose will be expressed all the time. If a mutation occurs in the repressor, it will prevent inducer binding. The repressor molecule will bind then to DNA permanently and blocks the activity of RNA polymerase. This results in no transcription and translation of operon. Presence of a mutated operator that does not allow the binding of a repressor would cause constitutive expression of the operon.

Learn More:

Learn more about the treatment of eukaryotic cell with a drug https://brainly.com/question/10767798 Learn more about the proteins synthesis in a cell https://brainly.com/question/1420458 Learn more about the exchange of gases by blood cells https://brainly.com/question/1213217

Answer Details:

Grade: High School

Subjects: Biology

Chapter: Genetics

Keywords:

Lactose, metabolism, genes, produce, DNA, allolactose, repressor, transcription, repressor, operon, binding, enzyme, absence.

In my research, i found that the levels of "gonadotropins" in the body are critical to understanding how the drugs clomid and ortho tri-cyclen work. what are gonadotropins? what structure releases them? (2)

Answers

Answer:

Gonadotropins are polypeptide hormones and are secreted by the anterior pituitary gland.

Explanation:

Hypothalamus releases GnRH i.e gonadotropin releasing hormone which stimulates the anterior pituitary to secrete gonadotrophs such as FSH, ICSH and LH.

FSH (follicle stimulating hormone): In males it stimulates spermatogenesis. In females it stimulates growth of ovarian follicles.

ICSH (Interstitial cell stimulating hormone): In males, secretion of testosterone.

LH (Luteinising hormone): In femalestogether with FSH, it triggers ovulation, stimulates conversion of broken ovarian follicle into corpus luteum.

I believe the gonadotropins are hormones secreted by the gonads and are released by the testes and ovaries.

Explanation:

Gonadotropins are a group of hormones secreted by the female and male reproductive system. The organs that produce are Testes and Ovaries. The hormones are released due to action of another polypetide hormone called the gonadotropin releasing hormone that stimulates the male gonads (testis) to produce the steroid hormone called testosterone and the female gonads (ovaries) to produce estrogen.

Further Explanation:

All the gonadotropin hormones are steroid in nature and they are lipophilic hence they can pass through the lipid bilayer of the cell membrane and cause a change in the gene expression inside the nucleus of the target cell. Control of these hormones is via the Hypothalamus Pituitary Gonadal (HPG) axis and the Hypothalamus Pituitary Adrenal (HPA) axis. The steroid hormone testosterone can also be produced by the adrenal cortex of the adrenal gland in the topmost layer called the zona glomerulosa. The drugs clomid and ortho tri-cyclen target the these to axes in order to produce the desired response.

Clomid acts on the female HPG axis by acting on specific estrogen receptors in the hypothalamus where it has a negative feedback mechanism on the release of gonadotropin releasing hormone thus impacting the production of gonadotropic hormones through upregulation.

ortho tri-cyclen is an oral contraceptive that inhibits ovuating by acting on the female HPG axis where it has a negative feedback mechanism on the hormone Follicle Stimulating Hormone. It inhibits the FSH hormone production in the anterior pituitary gland meaning there will be no maturation of the ovarian follicle into the graafian follicle which will produce the hormone estrogen necessary for the thickening of the endometrial layer of the uterus. Inhibitin estrogen production also means that it will prevent the cervical mucus from becoming thin in order to allow the passage of sperms during sexual intercourse.

Learn More:

Learn more about the menstrual cycle: https://brainly.com/question/4189307

Learn more about steroid hormones: https://brainly.com/question/892851

Learn more about gonadal hormones: https://brainly.com/question/4189307

Level: High School

Subject: Biology

Topic: Reproduction

Describe one common role of both bacteria and fungi in the movement of energy and matter in ecosystems. (b) describe how analyzing the data from the treatment group sprayed with water only will increase the validity of the experimental results.

Answers

The common role is decomposition.

Decomposition is a process by which organic substances, like leaves or dead animals, are broken down into simpler matter. 
A lot of different types of organisms, called the decomposers, will consume the organic substances and continue an essential part of the nutrient cycle. These organisms can be both bacteria and fungi.

This is important for recycling the organic matter that occupies space in the biosphere and that way, continue the movement of energy and matter in ecosystems.

Match each hormone with the description of what would happen if it was absent in a pubescent male. not all labels will be used.

Answers

GnRH - FSH and LH would not be secreted by the anterior pituitary.
Follicle-stimulating hormone (FSH) is a gonadotropin hormone secreted by the anterior pituitary which regulates development and pubertal maturation. Luteinizing hormone (LH) is also a hormone produced by cells of the anterior pituitary. In females, LH regulates ovulation, while in males it stimulates the production of testosterone. LH and FSH act together and regulate important processes of the reproductive system.
Gonadotropin-releasing hormone (GnRH) is secreted by the hypothalamus and is responsible for the release of the FSH and LH. Therefore, if GnRH was absent in a pubescent male, FSH and LH would not be released.

LH/FSH - Testosterone secretion would not occur.
As described above, LH and FSH work synergistically to control many factors of the reproductive system. LH is responsible for stimulating the production of testosterone by the Leydig cells, which are located in the testicles.
More specifically, when testosterone levels are low, GnRH is released by the hypothalamus which in turn triggers the secretion of LH and FSH by the anterior pituitary. The secretion of these two hormones triggers the production of testosterone by the testicles.
Therefore, if LH was absent, the secretion of testosterone would not occur. 

FSH - Spermatogenesis would not occur due to the absence of androgen-binding protein.
Spermatogenesis is the process of the development of mature male gametes (haploid spermatozoa) in the testis. FSH triggers the secretion of androgen-binding protein (ABP) by the Sertoli cells, which are specialized cells in the testicles. ABP is responsible for increasing the concentration of testosterone in levels high enough so that the spermatogenesis will occur.
Therefore, if FSH is absent, ABP will not be secreted and spermatogenesis will not occur.

Testosterone - A person would experience a loss of sex drive.
Testosterone is the primary male sex hormone which is involved in many processes of the reproductive system. Testosterone's most important role is the development of male reproductive tissues and secondary sexual characteristics. This steroid hormone is also responsible for health and well-being and the sense of sexual drive. If testosterone was absent in a pubescent male, then the person would have serious developmental issues and would also experience a loss of sex drive.

Inhibin - Spermatogenesis would occur in excess.
The Sertoli cells, which are located in the testis, secrete the polypeptide hormone inhibin, which acts on the pituitary control of the spermatogenesis. When the sperm count is too high, the inhibin is released into the blood and inhibits the production of GnRH and FSH. This inhibition will cause the spermatogenesis process to stop.
Therefore, if the inhibin is absent, the control of spermatogenesis will not happen and would occur in excess.

Which property of water helps support life in this harsh Arctic environment?

Answers

The icy waters of the Arctic and Antarctic Oceans sustenance a great amount of marine life. For millions of years, life has remained unchanged, making it possible for these animals to adapt themselves to these particular patterns of existence. Due to water's cohesiveness, water's polarity enticed to other water molecules. The hydrogen bonds in water grasp other water molecules unruffled. Also the Cohesion or known as water's attraction to other water molecules is one of the major properties of water. 

Which group of living things can move energy from consumers at the top of an energy pyramid back to producers at the bottom? *

A. decomposers
B. producers
C. consumers
D. Nothing can move energy back to the bottom of an energy pyramid.

Answers

The answer to your answer is A. Decomposers.

In addition to oxygen and carbon dioxide, the circulatory system is the primary delivery system for?

Answers

Cerebrospinal fluid is also delivered by the circulatory system to the brain

Calcium is the only supplement proven to provide relief from pms and pmdd symptoms.
a. True
b. False

Answers

I think not Sir/Miss.

Understand the hepatic portal system. be able to trace how the blood from the intestinal organs is taken to the liver, filtered and then back into the general circulation. (know the proper order using: sinusoids, hepatic portal veins, hepatic artery, hepatic veins, central veins, inferior vena cava) be able to place these in their correct order

Answers

Understand the hepatic portal system. be able to trace how the blood from the intestinal organs is taken to the liver, filtered and then back into the general circulation. (know the proper order using: sinusoids, hepatic portal veins, hepatic artery, hepatic veins, central veins, inferior vena cava)

A scientist wants to study photosynthesis in a newly discovered species. Which of these cell strict should the scientist study ?

A-vacuoles
B-chloroplasts
C-mitochondria
D-ribosomes

Answers

I’m not sure, but I think the answer is A
The answer is B Chloroplasts

The result of the light-dependent phase of photosynthesis is the generation of which two energy-rich molecules?

Answers

molecules are NADPH and ATP

Which other system in the body works closely with the kidneys to regulate arterial blood ph?

Answers

T he answer is respiratory system (lungs). Lungs expel carbon dioxide from blood hence raise blood pH. Thesis because it reduces the amount of carbonic acid in the blood. The carbonic anhydrase is responsible for the dissociation of carbonic acid to carbon dioxide and water. CO2 is then expelled by the lungs.

A _____ locates all or most of the processing logic on the server.​ select one:
a. ​thin client
b. ​portal client
c. ​batch client
d. ​topological client

Answers

portal client I think so

A randomized experiment was performed to determine whether two fertilizers

Answers

To test for the hypothesis is that there is a difference in the yield between fertilizer A and fertilizer B which is at 5 percent significance level.
From the MINIT AB output, the t-test statistics is -2.47
The p-value for the test is from the MINIT AB output the p-value of the test is 0.019
To conclude I can say that p-value in this context is less than 0.05 which is 0.019. Therefore the alternative or null hypothesis is rejected at five percent level of significance.
There is a sufficient evidence to indicate that there is a difference in the yield between fertilizer A and B. The result is statically significant.

Removing which of the following parts would cause the plant to starve? Leaves Branches Stems Roots

Answers

Final answer:

Removing leaves from a plant would cause it to starve due to the lack of photosynthesis. If roots are damaged or die, the plant cannot absorb water and minerals and will likely perish. Girdling interrupts the flow of nutrients, not water, but still leads to the eventual death of the plant.

Explanation:

Removing leaves from a plant would cause it to starve. Leaves are essential for photosynthesis, the process by which plants convert light energy into chemical energy in the form of glucose, which is a source of food for the plant. Without leaves, a plant cannot perform photosynthesis, leading to a lack of energy and eventual starvation.

If an herbicide causes roots to shrivel and die, the most direct consequence for the plant is that it would not be able to absorb water and minerals from the soil. Roots are vital for the uptake of these essential nutrients, and without functional roots, the plant would be unable to maintain necessary life processes and would likely die.

Effect of Girdling on Plants

Girdling a plant, which involves removing a band of bark from around the trunk, interrupts the downward flow of nutrients through the phloem but not the upward flow of water through the xylem. While the foliage does not initially wilt, the entire plant, including the roots, will eventually die because they cannot receive food manufactured by the leaves.

This is a is a natural substance that cannot be re-made, re-grown, or regenerated as fast as it is used.

Answers

Fossil Fuels is a perfect example
Random guess, but oil/coal? It takes millions of years to form and people are using it up really quickly

Which would have the GREATEST effect on the rate of photosynthesis in a plant?

Answers

If carbon dioxide and light levels are high, but temperature is low, increasing temperature will have the greatest effect on reaching a higher rate of photosynthesis. 

Answer: Low level of carbon dioxide, low temperature due to lack of sunlight will affect the process of photosynthesis.

Explanation:

The photosynthesis can be defined as the process by which autotrophs make their own food in the presence of sunlight with the help of carbon dioxide, water and other nutrients presents in soil.

If there will be inadequate amount of sunlight, or low level of carbon dioxide then the rate of photosynthesis will decrease.

What is the whisker length of a sea lion with the two-locus genotype aabb?

Answers

Do you have a picture I can see?
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