When energy flows from one trophic level to the next higher level what always happens?

Answers

Answer 1
Answer:

Answer:

When energy flows from one trophic level to the next trophic level most of the energy lost as heat in the process.

Explanation:

The food chain is transfer of energy in the form of food from one trophic level to next in an ecosystem.

Energy flows from at each trophic level when organism of higher level consumes organism of the lower level.

Energy flows at each trophic level by 10% Rule which states that only ten percent of the energy will be transferred on at each trophic because of the following reasons-

1. Energy is lost in the form of heat at each step

2. Only consumable energy by organisms is transferred at the trophic level.  

3. Energy is lost through different biological processes such as respiration.

Answer 2
Answer: Energy is always lost as heat or to carry out processes in the orgainsms as you go to higher tropic levels.

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what cycle do some viruses use to insert the viral dna into the host cell dna before it enters a lytic cycle?

Answers

Some viruses uses Lysogenic cycle to insert the viraldna into the host cell dna before it enters a lytic cycle.

The lysogenic cycle also referred to as nonvirulent infection, includes the virus integrating its genome with the genome of the host cell in order to replicate without destroying the host. An example is the structure of a bacteriophage. To reproduce, the phage should first penetrate the host cell.

The lysogenic cycle is characterized by The phage infecting a bacterium and inserting its DNA into its chromosome, enabling the phage DNA (now known as a prophage) to be replicated and transferred on alongside the cell's own DNA.

The lytic cycle includes virus reproduction by utilizing a host cell to produce more viruses, which then ruptured out of the cell. The viral genome is incorporated into the host cell genome during the lysogenic cycle, infecting it from within.

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A pine tree is a _____.
-bryophyte
-angiosperm
-gymnosperm
-fern

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A pine tree is a gymnosperm. Gymnosperms are taxonomic class that will include plants whose seeds are not enclosed in an ovule (like a pine cone). These are often referred to as softwoods. Gymnosperms are seed-bearing vascular plants, such as ginkgo, yews, cycads, and conifers. (Conifers are the higher classification of a pine tree)

What type of cells is unspecialized and has not been differentiated for a specific function?

Answers

I would personally say stem cells as your answer.

In the carbon cycle, carbon is found in _______.

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Answer: D.  all of the above

inorganic and organic

What is the domain containing all organisms with eukaryotic cells?

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The domain containing all organisms with eukaryotic cells is the Domain Eukarya. There are only three domains; the Archaea, Bacteria and Eukarya. Domain Eukarya came from the first prokaryotic cells billions of years ago.

Final answer:

The domain containing all organisms with eukaryotic cells is Eukarya. These include organisms like plants, animals, fungi, and protists, all having cells with nucleus.

Explanation:

The domain that includes all organisms with eukaryotic cells is called Eukarya. Eukaryotic cells are characterized by having a nucleus and other membrane-bound organelles. This domain includes a wide variety of life forms such as plants, animals, fungi, and protists. Each of these groups of organisms has cells with a nucleus, which separates their genetic material from the rest of the cell.

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How is a universal genetic code similar to the hypothesis about the origin of life on Earth?

Answers

A "universal genetic code" is best interpreted as the organic molecular information system that is part of every and all living organisms, most fundamentally within DNA, but having additionally coded elements in other assemblies within the cell.

The complexity and detailed coding of DNA is greater than any existing in any human designed entity, making DNA the logical product of a highly intelligent creator, especially when combined with all of the other detailed elements of a living organism.

There are no naturalistic processes capable of producing anything similar. To prove this, imagine you walk outside and find your name spelled out with small stones in the driveway. You will immediately, absolutely know that some intelligent being spelled it. Now realize that the simplest known organism contains over 1 million coded organic molecules sequenced precisely to encode the proteins and other components within the cell.

As a result, the only rational, logical conclusion for the origin of life is through the utilization of a universal genetic code created by an intelligent designer.