During spring, when Earl's crops were plentiful, he noticed an increased number of rabbits. At night, he also heard an increased number of howls from the coyotes. What do you think will happen when winter comes around and the crops die out?

Answers

Answer 1
Answer: The question is giving us the following scenario: During spring, when Earl's crops were plentiful, he noticed an increased number of rabbits. At night, he also heard an increased number of howls from the coyotes. We see here that the rabits were plentiful when there were a lot of crops and we could guess that the rabits would feed on the crops. So, during the winter, there would be no or less rabits and the same holds for coyotes - no or less coyotes would be seen
Answer 2
Answer:

Answer: Both the rabbit and coyote population could decrease because the original food supply decreased.

During the spring when there is an ample amount of food available to them, then there will be increased in the rabbit and coyotes population as there will be no competition among them for food.

But during winter the crops would die out so there is a scarcity of food and there is competition among the rabbit and coyotes population for the food, as a result of that their population started to decline from that area.


Related Questions

What would most likely happen to the carbon cycle if there were no more plants on Earth?Animals would consume more carbon.More carbon would be released from fossil fuels.Carbon would build up in the atmosphere.Animals would perform more photosynthesis.
Why stirring the water in an experiment will make results more reliable?
In evolution, the study of vertebrate forelimbs is related to _______ evidence. A. biogeographical B. biochemical C. anatomical D. fossil
Which kind of tissue is designed to regulate temperature, secrete lubricants, and protect the body from harmful substances? A. Epithelial B. Muscular C. Connective D. Nerve
Which is the odd hormone insulin cortisol calcitonin glucagon?

Which of the following tastes may be detected at very low concentration?sweet
umami
bitter
salty

Answers

The correct answer is bitter.

People have very strong negative reactions when it comes to a bitter taste. Most of the substances like toxins have bitter taste. The ability of the taste buds to taste the bitter substances shows evolutionary history. The taste has evolved because most of the substances that are harmful to the human beings are bitter in taste. The substances such as alkaloids, drugs, medicines, quinine, caffeine and nicotine have bitter taste. These tastes are not very common to the taste buds so they are detected at very low concentrations.


The taste which we can detect already at very small concentrations is salty taste.

The reason why we have a special affinity for tasting bitter things. The reason why we can taste bitter things at extremely low concentrations is because potentially dangerous compounds can be bitter and it made evolutionary sense for organisms to adapt to taste bitter things.  

How is HIV contracted, and what are the treatment options?HIV is spread during unprotected sex with an infected individual, and it can only be treated if detected within the first few months of being infected.
HIV is spread during unprotected sex or through contact with infected blood; it cannot be cured, but early treatment can minimize the long-term consequences.
HIV is transmitted through contact with infected bodily fluids; there is no cure or safe treatment to reduce the symptoms and consequences of the disease.
HIV is transmitted by sharing drug needles or food with an infected individual; it cannot be cured, but there are experimental medications to minimize the risk of AIDS.

Answers

I believe the correct answer is: HIV is spread during unprotected sex or through contact with infected blood; it cannot be cured, but early treatment can minimize the long-term consequences.

Explanation:

Human Immunodeficiency Virus is a type of virus which causes an impairment of the immune system of the person making them susceptible to diseases such as tuberculosis, influenza and any other disease that can exploit this opportunity. It is spread by a person coming into direct contact with infected bodily fluids such as saliva during deep kissing, semen during intercourse, blood after an accident or even fluids when sharing needles and syringes for drug addicts. There is no cure but the current form of treatment slows down the virus to prevent some consequences.

Further Explanation:

The virus is enters the body through open wounds or surfaces such as the vagina or mouth where the skin is very thin and can tear. After penetrating the skin, it attaches to specific immune cells called CD8+ T-cells on points called receptors. It then enters the cell and replicates itself in the nucleus of the cell and as it goes out, it kills these immune cells making the person to have a weak immune system. The current drugs used called AntiRetroVirals (ARVs) such as the drug Zidovudin stops the virus from replicating thus reducing the total amount of virus in the body called the Viral Load. Some drugs target enzymes called proteases and reverse transcriptase that help the virus to replicate. This viral load is what is counted to estimate the total volume of HIV someone has in their body. Infected persons should use protection while having sex and also avoid sharing sharp objects to prevent transmission. They also need to take their medication to make them much more healthier in addition to taking proper balanced diets.

Level: High School

Subject: Biology

Topic: The Immune System

The HIV is spread in unprotected sex or through contact with an infected blood. Although it cannot be cured but still the early treatment can reduce the long term consequences.

Further Explanation:

HIV or the Human Immunodeficiency Virus reduces the person's immune system by destroying or damaging the cells which fights with disease and infection. Proper cure for HIV is not there but effective medical care can control it.

There can be different stages of HIV:

1. Stage 1: Acute HIV infection: In acute HIV infection there is high number of virus in the blood and they are very contagious.

2. Stage 2: Clinical latency: It is chronic HIV infection. At this stage, HIV is active however reproduces at a low levels.

3. Stage 3: Acquired immunodeficiency syndrome: It is very critical stage of HIV infection. Symptoms of AIDS include chills, swollen lymph glands, sweats and weight loss.

Transmission of HIV:

1. Through sexual behavior or by the use needle or syringe. Example certain fluids like blood, rectal fluids, breast milk and pre-seminal fluid.

2. From the mother to child during breast feeding, pregnancy or birth.

3. Receiving blood through the transfusions or the organ transplants

4. Contact through the wounds, skin or broken skin and an infected blood.

HIV can also be converted into HIV superinfection, it occurs when a person with HIV gets infected with another strain of virus. The new strain may live along with the original strain or may replace the old strain. The superinfection can cause people to become sicker faster.

Learn more:

1. Learn more about blood brainly.com/question/1213217

2. Learn more about disease brainly.com/question/1062663

3. Learn more about injury brainly.com/question/768278

Answer Details:

Grade: Middle school

Subject: Biology

Chapter: Human disease

Keywords:

HIV, Human Immunodeficiency Virus , immune system, disease, infection, acute HIV infection, Acquired immunodeficiency, AIDS, lymph glands, sexual behavior , pregnancy, birth, organ, transplants, HIV superinfection.

Explain how you determined the genotype of Maria and Juanita, even though you did not test their DNA.

Answers

The answer is a pedigree chart.

Pedigree charts are used to explain the occurrence of particular genes from one generation to the next. It gives enough information about family disease history. They are used in families to find out the probability of inheriting some disease. So, if Maria and Juanita are cousins and the genotypes of other members of their family are known, the pedigree chart could predict their genotypes. Still, it is not as precisely as DNA test.

In an experiment to test the hypothesis that added phosphate will cause marigolds to produce more blooms, the experimenter has two groups of pots planted with marigold seeds. One group gets watered with phosphate added to the water, while the other group gets watered with no phosphate. Both groups get the same amount of water and light.Which is a controlled variable in this experiment?
A. number of pots
B. amount of water
C. amount of phosphate
D. amount of blooms on a plant

Answers

Answer: B. amount of water.

Explanation: Controlled variables are those that remain constant in an experiment in order to avoid misconclusion about the relation between the dependent and independent variables.

Dependent variables are those that rely on other variables and independent variables are the ones that the experimenter controls.

In this case dependent variable is the production of blooms because depends on how much phosphate is added, so independent variable is the amount of phosphate.

Control variable is amount of water because it affects the growth and production of plants but when the experimenter use the same amount in both trials is standarizing the effect and making non-relevant to the study.

C. Amount of phosphate
I am not really sure, but I know that a controlled group is when nothing is changed to that group, so I am thinking that the amount of phosphate is the controlled variable because one groups gets some while the other does not.

Does the DNA into people who are not related use the same nitrogen base pairs

Answers

Everyone's DNA is made up of the same 4 nitrogenous bases, but there are various ways that the bases can be lined up to produce the same protein.

What advantages do embryonic stem cells have over over adult stem cells in medical research

Answers

Answer: Embryonic stem cells are pluripotent, they can become all cell types of the body. Adult stem cells are multipotent, which means they can only be differentiated in cells of the tissue of origin.

Explanation:

Adult and embryonic stem cells are able to they replicate to create many more stem cells, and they can grow into different types of cells throughout the body. One major difference between them cells is their different abilities in the type of differentiated cell types they can become.

Adult stem cells are part of the natural healing process of an organism. They are undifferentiated cells, found in the body after development and they can multiply by cell division to regenerate damaged tissues. While, embryonic stem cells are derived during early development at the blastocyst stage and they can differentiate into any type of cell of every part of the body.

Research with embryonic stem cells may lead to new treatments for human ailments.

Embryonic stem cells have not yet been differentiated into body cells