Although scientists have identified more than 2 million species on Earth, they estimate that there are millions more yet to be identified. As one example, there are 2,000 different species of shrimp recognized today. In 2009 in Indonesia, the hobbit shrimp, a hairy limbed little shrimp was discovered. The tiny, 1 cm long, shrimp apparently lives symbiotically within the tubular holes of another organism. The hobbit shrimp was given the name Odontonia bagginsi. Scientists continue to study the habits and characteristics of the hobbit shrimp today to see if they can discover more about its evolutionary relationships. Explain how scientists would place the hobbit shrimp on a cladogram to show evolutionary relationships with other organisms. Include the following ideas in your response:

•Describe the various pieces of evidence scientists would use when deciding where to place the hobbit shrimp (Consider the most compelling evidence)
• Outline HOW the evidence would be used to justify the evolutionary relationships and the placement of the hobbit shrimp on a cladogram. Use at least four lines of evidence in your explanation.
• Discuss what types of other organisms the scientists would compare the hobbit shrimp to when deciding where to place it on a cladogram. Time left for this SOGG

yes? sounds right, but you didn’t ask a question.

the most common energy conversion is from kinetic energy to potential energy, and then from potential energy to kinetic energy.

later on comes the heat energy, mechanical energy, and other energy conversions.

this energy conversion is so common that we can find it in our day to day lives as well.

- one of the most common energy conversions involves the changing of potential energy to kinetic energy or kinetic energy to potential energy

i believe the correct answer is the virus gets an envelope that contains host molecules when it leaves the host cell.

explanation:

during the bidding/release stage of a virus, it encapsulates itself with part of the membrane of the host cells in this case the cells of the monkey and is the reason as to why the scientist found the genetic material of the monkey on the viral cell surface.

further explanation

to understand this answer, we have to know the cycle a virus undergoes to replicate. a virus is basically a bunch of genetic material enclosed in a capsule and lacks any machinery or organelles to ensure their survival so they must enter a host cell in order to get the environment needed to survive. some viruses enter and lyse(destroy) the host cell after they have replicated and undergo the lytic cycle while some enter and leave the cell intact after replicating and these undergo a lysogenic cycle. to enter the cell, they undergo the first process called attachment by binding to specific receptors and co-receptors on the surface of the host cell. after attaching to the cell, they start the second phase called penetration where virus enters or is engulfed whole by the host cell through a process called endocytosis. it is the same process that a cell takes up materials it needs or pathogens around it. uncoating of the virus then happens after the virus has been engulfed and is the third stage. the virus then undergoes releasing of its genetic material in the host's matrix.   the materials then enter the nucleus and undergo biosynthesis by adding themselves in strands of rna being translated and then copies of the virus are produced in addition to the host genetic material. the material/newly formed viral material then undergoes assembly inside the host cell and form a capsule around them. the virus undergoes the last release/budding stage by binding to the host membrane and pushing outwards. in doing so when they tear away from the host membrane, they pick up the genetic material from the membrane of the host cell to form their envelope.

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level: high school