Answer question 5 and if you cannot answer the question tell me the reason please also.3. Why might arsenic be able to substitute for phosphorus?Are4. What types of bonds, and how many bonds, will arsenic form with other elements?5. How do you think the physical properties (solubility in water conductivity, boiling & Meltingpoints) of arsenic trichloride (AsCl,) would compare to those of phosphorus trichloride (PCI,)?SYNTHESIZEUnderneath the article is a "Note." Be sure to read it and answer these two questions.6. This article got a huge amount of international attention. Why? What does it mean thatscientists "could not replicate the findings?"7. What do the study findings suggest to us about our overall question, "How should wesearch fonlife bevond Farth?" 11.4 Reading XIM3 Desmos ActivityCopy of SAS 1-11-Go xECopy of 11.4 ReadingISOOBC3WZM722-CGittNfvx118hmpq4/edit(535) You TubeEd ClubMathLifeLesson 11: Reading - Using Arsenic Instead of PhosphorusNASA Scientists's Puzzling DIscoveryAdapted from A Bacterium That Can Grow by Using Arsenic Instead of Phosphorus andNASA Finds New life (Science, Wolfe-Simon et al., 2011)It is known that all life on Earth is composed of six elements: carbon, hydrogen, oxygen,nitrogen, phosphorus, and sulfur. But a team of scientists at NASA have made a surprisingand puzzling discovery in Mono Lake, California in 2011. This discovery is being called "life aswe do not know it" by NASA.The NASA scientists thought they found a bacterium able to substitute arsenic forphosphorus in some macromolecules, specifically lipids, nucleic acids, and proteins. In thesemacromolecules, arsenate can be found in the place of phosphate. While other elementshave been found to substitute in living things, such as other metals replacing iron as theoxygen-carrying element in some organisms, this bacterium was thought to be the first livingthing found to have a replacement for one of the six essential elements for life.This is not a perfect substitution. In laboratory experiments, arsenate was found in thebacterium only when bacteria were grown in an environment lacking in phosphorus. Thearsenate ion (Aso,) is not as stable as the phosphate ion (PO,), arsenic is much more toxicthan phosphate, and it is thought that some biological processes are not compatible witharsenic-substituted molecules.Despite the unknowns, this was still thought to be a remarkable discovery. The existence ofan organism on Earth that can substitute for one of the six essential elements would suggestthat the search for life beyond Earth may not be limited to just those six elements.Note: This study could not be replicated after 2011, and other studies have found that therehas indeed been phosphorus in the organisms in Mono Lake, indicating that the organismsare not including arsenic in their DNA.References:

Question

Answer question 5 and if you cannot answer the question tell me the reason please also.3. Why might arsenic be able to substitute for phosphorus?Are4. What types of bonds, and how many bonds, will arsenic form with other elements?5. How do you think the physical properties (solubility in water conductivity, boiling & Meltingpoints) of arsenic trichloride (AsCl,) would compare to those of phosphorus trichloride (PCI,)?SYNTHESIZEUnderneath the article is a &#34;Note.&#34; Be sure to read it and answer these two questions.6. This article got a huge amount of international attention. Why? What does it mean thatscientists &#34;could not replicate the findings?&#34;7. What do the study findings suggest to us about our overall question, &#34;How should wesearch fonlife bevond Farth?&#34; 11.4 Reading XIM3 Desmos ActivityCopy of SAS 1-11-Go xECopy of 11.4 ReadingISOOBC3WZM722-CGittNfvx118hmpq4/edit(535) You TubeEd ClubMathLifeLesson 11: Reading - Using Arsenic Instead of PhosphorusNASA Scientists's Puzzling DIscoveryAdapted from A Bacterium That Can Grow by Using Arsenic Instead of Phosphorus andNASA Finds New life (Science, Wolfe-Simon et al., 2011)It is known that all life on Earth is composed of six elements: carbon, hydrogen, oxygen,nitrogen, phosphorus, and sulfur. But a team of scientists at NASA have made a surprisingand puzzling discovery in Mono Lake, California in 2011. This discovery is being called &#34;life aswe do not know it&#34; by NASA.The NASA scientists thought they found a bacterium able to substitute arsenic forphosphorus in some macromolecules, specifically lipids, nucleic acids, and proteins. In thesemacromolecules, arsenate can be found in the place of phosphate. While other elementshave been found to substitute in living things, such as other metals replacing iron as theoxygen-carrying element in some organisms, this bacterium was thought to be the first livingthing found to have a replacement for one of the six essential elements for life.This is not a perfect substitution. In laboratory experiments, arsenate was found in thebacterium only when bacteria were grown in an environment lacking in phosphorus. Thearsenate ion (Aso,) is not as stable as the phosphate ion (PO,), arsenic is much more toxicthan phosphate, and it is thought that some biological processes are not compatible witharsenic-substituted molecules.Despite the unknowns, this was still thought to be a remarkable discovery. The existence ofan organism on Earth that can substitute for one of the six essential elements would suggestthat the search for life beyond Earth may not be limited to just those six elements.Note: This study could not be replicated after 2011, and other studies have found that therehas indeed been phosphorus in the organisms in Mono Lake, indicating that the organismsare not including arsenic in their DNA.References:

Accepted Answer

in AsCl3 as have +3 oxidation state and it have one lone pair of electrons.

5. How do you think the physical properties (solubility in water conductivity, boiling & Melting points) of arsenic trichloride (AsCl,) would compare to those of phosphorus trichloride (PCI,)?