An example of simple multicellularity is found inA. plants
B. reptiles
C. sponges
D. amphibians

Answers

Answer 1

Answer:

C will be ur answer ^_^

Related Questions

A ridge of till located at the farthest point reached by a glacier is called a
Gymnosperms are classified as which of the following?
The human heart, composed of specialized muscle cells, beats to a specific rhythm. The heart cell rhythm partly depends on the opening and closing of series of gateways within the cell membrane, called ion channels. Some channels let certain ions flow out, others let different ions flow in. The same membrane system is at work in other cells, helping to regulate what stays and what leaves the cell.This cell membrane gateway system is specifically called theA)sodium-chlorine pump. B)hydrogen-oxygen pump. EliminateC)sodium-potassium pump. D)calcium-potassium pump.
Approximately 20 percent of alcohol is diffused through thea. small intestine. b. large intestine. c. stomach lining. d. lungs.
The movement of oxygen and carbon dioxide across the cell membranes from the capillaries is called: Select one: A. external respiration. B. internal respiration. C. dehydration. D. oxygenation.

Why is Dna replication is more complex in eukaryotes than in bacteria

Answers

In eukaryotes, the DNA strands are linear, and DNA polymerase can't replicate the very ends of the DNA strands! These ends are "protected" by repeated sequences called "telomeres." Either the chromosome gets shorter with each replication, or else a special enzyme-nucleic acid complex called telomerase adds new telomeres to the ends. A prokaryotic chromosome is circular and thus does not have the problem of having ends.

Eukaryotic DNA is wound around histones, coiled, and supercoiled -- to replicate it, there has to be unwinding mechanisms, and mechanisms to reduce the degree of coiling. In prokaryotes the winding problem is much less, and there aren't any histones

How many chromosomes are in a human skin cell and liver cell.

Answers

Answer:

Any somatic cells in a diploid eukaryotic organism will have the diploid number (2n) of chromosomes. For humans that number is 46

Answer:

all cells have 23 pairs and 46 all together it does not matter what cell it is always the same amount other wise they whold say every cell has a diffrent amount

Explanation:

The term used to describe a harmless organism resembling a harmful one is _____.

Answers

The correct answer to the question above is Batesian mimicry. The term used to describe a harmless organism resembling a harmful one is called Batesian mimicry. Batesian mimicry is a form of mimicry in which harmless organism had adapted to imitate the predators.

Genes are segments of a chromosome that are responsible for specific hereditary traits. Please select the best answer from the choices provided.a. True
b. False

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True. Genes are part of chromosomes and they contain DNA. Inheritance of traits occurs when genes - discrete units that can be inherited - are passed along in reproduction, from parents to offspring. Alleles are variant forms of genes that give rise to differences between people.

The significant effect of the Greco-Persian Wars. A. The Persian victory meant a rapid end to the Golden Age of peace, prosperity, arts, and culture that had lasted for nearly 100 years in Athens.

B. The Greeks and Persians agreed to jointly rule over a single country containing the territories of both civilizations.

C. The Greek victory allowed Alexander the Great to conquer the weakened Persian Empire soon after, ushering in the Hellenistic era.

D. Athens emerged as the most powerful of the victorious Greek city-states, leading to a Golden Age of peace, prosperity, and cu

Answers

The significant effect of the Greco-Persian Wars was that Athens emerged as the most powerful of the victorious Greek city-states, leading to a Golden Age of peace and prosperity. Like the Trojan War, the Persian Wars were a defining moment in Greek history. The Athenians would dominate Greece culturally and politically through the fifth century BC. The answer to your question is D. I hope this is the answer that you are looking for and it comes to your help.

The significant effect of the Greco-Persian Wars was that Athens emerged as the most powerful of the victorious Greek city-states, leading to a Golden Age of peace and prosperity.

Thus, Like the Trojan War, the Persian Wars were a defining moment in Greek history. The Athenians would dominate Greece culturally and politically through the fifth century BC.

Greeks in the Persian-controlled realm rose up in the Ionian Revolt, which marked the start of the Persian Wars in 499 BCE. After being defeated in 494 BCE, Athens and other Greek towns sent aid but were soon obliged to withdraw their support.

The Greeks, commanded by the Athenians, subsequently defeated the Persians numerous times. A large Greek army that was able to repel Persian attacks and ultimately wipe out the Persians was funded in part by silver mining.

Athens became the Delian League's dominant power when the Persian Wars ended.

Thus, The significant effect of the Greco-Persian Wars was that Athens emerged as the most powerful of the victorious Greek city-states, leading to a Golden Age of peace and prosperity.

Learn more about Persian, refer to the link:

brainly.com/question/17692975

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One thing that ALL biogeochemical cycles have in common isthey involve the movement of specific chemicals between living and non-living things.

they involve the changing of carbon into carbon dioxide.

they are pathways for elements that get passed between only non-living things.

Answers

they involve the movement of specific chemicals between living and non-living things.

The biogeochemical cycles move through mainly the biotic and abiotic components of the earth, more elaborately the spheres -biospheres, lithosphere, hydrosphere and atmosphere regions of the ecosystem. These biogeochemical cycles, from its terminology and discernable word morphology- involves the biological, geological and chemical components that make out to complete an exact and purposed cycle.

Final answer:

All biogeochemical cycles share the common trait of facilitating the movement of specific chemicals between living and non-living entities in an ecosystem. They cycle essential substances like water, carbon, nitrogen, and others through the environment.

Explanation:

All biogeochemical cycles indeed have one crucial aspect in common: they involve the movement of specific chemicals between living (biotic) and non-living (abiotic) components of an ecosystem.

The cycles include important substances like water, carbon, nitrogen, phosphorus, and sulfur which are cycled through the environment.

To specify, these are not cycles that only involve the conversion of carbon into carbon dioxide or paths that get passed between only the non-living things. Instead, in these cycles, elements are passed back and forth between living and non-living matter in a continuous loop, which provides essential nutrients to support life on Earth.