BIOLOGY HIGH SCHOOL

Millipedes are. a. plant-eaters
b. meat-eaters
c. both plant- and meat-eaters
d. neither plant- nor meat-eaters

Answers

Answer 1
Answer: they are plant eaters
Answer 2
Answer:

Answer:

plant eaters

Explanation:

they eat decaying wood and when decaying leaves

Related Questions

____________deficiency is of great concern in older adults as it helps not only maintain bone health, but is also needed for muscle health. By maintaining healthy levels the progression of bone and muscle decline is slowed, which in turn results in longevity and quality of life.A. Vitamin AB. ProteinC. Vitamin DD. Biotin
"Talking Wrong" is an essay about author Patricia Smith's mother's move from Alabama to Chicago and her attempt to speak standard English when she gets there. Based on the following excerpt, Smith hears her mother's original, customary language. How did she feel?When my mama talks, the sound is flat and broad and wild with unexpected flowers, like fields in Alabama. a.) exhilarated b.) ashamed c.) complacent d.) comforted
Assignment: Unit 08 CFUQuestion 11 of 20What DNA sequence is complementary to the following:CCG ATC AAC GAT(5 points)CA. GGG TÁC TTG CTAB. GGC UAG UUG CUAc. GGC TAG TTG CTAQuestion 12 of 20
Why are atoms so important?
Is The heart medial to the lungs?

A man who is an achondroplastic dwarf with normal vision marries a color-blind woman of normal height. The man's father was 6 feet tall, and both the woman's parents were of average height. Achondroplastic dwarfism is autosomal dominant, and red-green color blindness is X-linked recessive. ____ 15) How many of the couple's daughters might be expected to be color-blind dwarfs? A) all B) one out of four C) half D) none E) three out of four

Answers

Answer:

Half of the males are colorblind, dwarf and the other half colorblind, normal height.

Explanation:

The achondroplastic dwarf man with normal vision has a DdXY genotype. He marries a color-blind woman of normal height, so the hergenotype is ddX (c) X (c). All males will be colorblind as they inherit the X (c) chromosome from their mother. Half of them will be of normal height. So half of her boys will be colorblind and of normal height. To see how it works genetically, the cross is:

DdXY x ddX (c) X (c)

Your children have one of the four possible genotypes:

DdXX (c) (female, normal vision, colorblind carrier, dwarf)

DdX (c) Y (male, colorblind, dwarf)

ddXX (c) (woman, normal vision, color blindness carrier, normal height)

ddX (c) Y (male, colorblind, normal height)

Give one component of the Endosymbiotic Theory.

Answers

Answer:

Eukaryotic cells evolved from prokaryotic cells.

Explanation:

The endosymbiotic theory states that some of the organelles in today's eukaryotic cells were once prokaryotic microbes. Mitochondria and chloroplasts are believed to have been developed over time.

How do parasites serve as a density-dependent limiting factor

Answers

Parasites can limit the growth of a population. They take nourishment from their hosts, often weakening them and causing disease or death.
As the population of parasites grow, the population of their hosts tend to decrease.

Salvatore had grown tired of his fish tank and would like to get rid of the fish and contents of the tank in a nearby freshwater canal. Which argument presents the most devastating consequences of Salvatore's dumping of the tank?

Answers

Salvatore's decision to dump his fish tank and its contents into a nearby freshwater canal could have devastating consequences for the ecosystem.

The non-native fish species from the tank could outcompete and prey on native fish, leading to disruptions in the natural balance and potentially causing local extinctions.

The uneaten fish food and waste from the tank could lead to water pollution, harmful algal blooms, and a decline in water quality, affecting aquatic plants and other animals in the canal.

This irresponsible action could harm the delicate biodiversity of the canal, disrupting the entire ecosystem and leading to long-term environmental damage.

Know more about biodiversity:

brainly.com/question/13073382

#SPJ5
the fish would not be able to live their because the could not find food and it would be too shallow in certain areas

Where in the body can you find connective tissue? Check all that apply.a. connecting muscles to bone
b. inside bones
c. epidermis
d. blood

Answers

the answer is A. you cannot find connective tissue in the blood or inside bones.

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.

Why might a blood cell have a different shape than a muscle cell

Answers

Blood cells carry oxygen to the rest of the cells in the body, and hemoglobin can help it do so. But in order for the hemoglobin to be effective enough, the blood cell has to be a certain kind of shape.
Other Questions
Why is it important to sequence your plasmid after purifying it?
Rigor mortis that occurs in skeletal muscles a few hours after death is due to
A 17-year-old boy has been admitted to the emergency department after suffering a knee sprain during football practice. The nurse notes that the patient has exceptional muscle mass and the boy quietly admits that this is mostly attributable to the use of steroids, which he obtains from a teammate. What should the nurse teach the boy about anabolic steroid abuse.A. The ability of anabolic steroids Who build muscle is greatly exaggerated in the media. B. Anabolic steroids are universally dangerous but are especially harmful to adolescents. C. The muscle mass resulting from steroid use will atrophy unless doses are continually increased. D. Anabolic steroids will reduce the boy's ability to perform weight-bearing exercise later in life.
Following a severe automobile accident, a client is scheduled to have surgery to either repair or remove his spleen, pancreas, and stomach. The client wants the organs repaired and not removed if at all possible. However, the nursing staff understands that extensive regeneration in parenchymal organs can only occur if: