A praying mantis catches and eats a moth. Which of the following set of terms describes the praying manits?A.Omnivore, heterotroph, producer
B.Producer, carnivore, autotroph
C.Predator, herbivore, heterotroph
D.Consumer, Carnivore, Predator

Answers

Answer 1
Answer: The option that describes the praying mantis is D. consumer, carnivore, and predator. It is a consumer because it consumes another organism, carnivore because it eats "meat," instead of plants, and predator because it ate a small organism. A is incorrect because it doesn't produce anything, but rather consumes the producer, which is also why B is incorrect. C is incorrect because it isn't a herbivore, given that it doesn't eat plants.
Answer 2
Answer:

Correct answer choice is:

D) Consumer, carnivore, predator


Explanation:


Most praying mantis problem websites promoting serving them a collection of live bugs. If correctly considered for, praying mantises can live as pets for over a year. While a praying mantis will attack if irritated, their wounds are not poisonous and are cause little injury to humans.


Related Questions

Why does antibiotic resistance occur so quickly
Which of the following describes natural selection? A. A population of mammals lives near the water, water levels rise and the habitat becomes swampy, the animals have trouble moving in the water, the population changes to a shorter-legged type so they can move more easily in the water B. A population of mammals lives near the water, water levels rise and the habitat becomes swampy, the act of swimming shortens the legs of the mammals, the offspring of the mammals have shorter legs C. Water levels rise and a habitat becomes swampy, a population on high ground observes the change, individuals with shorter legs migrate to the area D. A population of mammals varies in the length of their legs, water levels rise and the habitat becomes swampy, the individuals with shorter legs are better able to swim to food, the population evolves to become shorter-legged 1 points
What do plants do with the molecules madeduring photosynthesis?
A substance that influences the reaction but does not participate in the reaction is a
What do antibodies bind together

What affect does the change in light penetration have on the plants tha grow deeper in the water

Answers

Answer:

The intensity of light affects the plants that grow in the deeper water because they already lack sunlight in deeper part of water.

The levels of light also shows the presence of  green plants inside water. The more the light will penetrate deep the more will the presence of photosynthetic plants.

So, the intensity of light will determine the plants and other photosynthetic organism in water.

Plants need sunlight to live in order to generate photosynthesis, so they might have to adapt to the water, or grow much larger and get closer to the sun.

The pistil is made up of the ovary, the style, and the .

Answers

SOS:

The answer is ovary, the style, and stigma!

Hope this helps!

its made up of the ovary, the style, and the shape.

Bones provide both structure and protection for the body.
a. True
b. False

Answers

True... examples: the spine helps you stay up right which would help for structure and the skull help protect the brain which would be protection

The statement “Bones provide both structure and protection for the body.” is true because Bones indeed provide both structure and protection for the body.

Bones fulfill a dual role in the body, offering both structure and protection. They provide the framework that maintains the body's shape, allowing movement and providing stability. Additionally, bones act as a sturdy shield for vital organs, such as the brain, heart, and lungs, safeguarding them from external forces. Their protective function reduces the risk of injury to these delicate organs.

Bones serve as a mineral reservoir, storing essential minerals like calcium and phosphorus, which are released into the bloodstream as needed. They also house the bone marrow, where the production of red and white blood cells occurs, supporting the immune system and ensuring proper blood function. In summary, bones contribute to the body's structure, protect vital organs, store minerals, and produce blood cells, thereby maintaining overall health and well-being, the statement is true.

To learn more about Bones follow the link:

brainly.com/question/33453816

#SPJ6

What cell activity is depicted in the figure?A) ATP production
B) DNA replication
C) protein synthesis
D) mRNA transcription

Answers

Answer: DNA replication

DNA replication occurs in the nucleus (eukaryote cells). DNA replication occurs in the interphase when the cell is growing, its carrying processes and its replication it’s DNA  

Once the cell is replication it does not divide so both theses process are not carried out together .Helicase is the unzipping enzyme. DNA polymerase, replicates the DNA molecules to actually build a new strand of DNA. Primase acts as an initializer  


DNA replication

Because, and to be honest there isn't much explanation to give since it's pretty much something we have to remember by heart more than anything, some of the enzymes a specific to this kind of process and isn't there in, for example, mRNA transcription.

The three domains of life includea. Prokaryota
b. Eukaryota
c. Bacteriota
d. all of the above

Answers

D is the answer to this question

Scientists compare two different plant species. In species A, the leaf color is controlled by two alleles. In species B, leaf color is controlled by three alleles. How will these two plants be different?A. Species B will have fewer genotypes.
B. Species B will have fewer phenotypes.
C. Species A will have more genotypes.
D. Species A will have fewer phenotypes.

Answers

The answer is D. Species A will have fewer phenotypes.
Alleles are alternative forms of a gene. In species A, the leaf color is controlled by two alleles, for example, P and Q. They will have three possible genotypes - PP, PQ, and QQ. Three different genotypes give maximum three phenotypes.In species B, leaf color is controlled by three alleles, for example, L, M, and N. They will have six different genotypes - LL, LM, LN, MM, MN, and NN. Six different genotypes give maximum 6 phenotypes.