1.) based on the given measurements, what space figure is in Solid Figure 1? . 2 how many congruent faces does it have? 3.) The base is while the lateral faces are triangles. Complete the statement. 4.) Write the unit of measure used to indicate the areas of each face, 5.) What is the surface area of the figure? Indicate the correct unit..
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Answer:
What's New Activity: From DNA to Protein You Will Need: Table 2: Protein synthesis Procedure: 1. Fill in Table 2: Protein synthesis by providing the necessary information. 2. Complete the 3' - 5' strand in Column B by supplying the complementary base pair of the 5' - 3' strand. Remember that DNA replication happens inside the nucleus of the cell, the complementary base pairing is as follows: A pairs with T, G pairs with C. 3. The next step is transcription, which occurs in the nucleus of the cell, where DNA is used as a template to make messenger RNA (mRNA). Using the 3' - 5' strand you will complete Column C. Remember that in this part you are dealing with RNA where A pairs with U, G pairs with C. 4. The next step is the translation which occurs in the cytoplasm of the cell, the information contained in the messenger RNA (mRNA) is used to make a polypeptide. Complete Column D by supplying the complementary base pair of mRNA in Column C. 5. Supply the complementary base of the new DNA strand in Column E based on Column D. Take note, at this part RNA changes to DNA, be careful with the base pairing of nitrogenous bases. 6. Answer the guide questions that follow below. Remember to place all your answers on a separate sheet of paper. Table 2: Protein synthesis TRANSLATION DNA TRANSCRIPTION REPLICATION DNA template (C) (A) (B) mRNA 5'-3' 3' - 5' strand A (D) tRNA (anticodon) (E) New DNA strand (F) Name of Amino acid START T G G Proline G A с Glutamic acid T с Glutamic acid C T с T stop A A 12 City of Good Character
Answer:
What's New Activity: From DNA to Protein You Will Need: Table 2: Protein synthesis Procedure: 1. Fill in Table 2: Protein synthesis by providing the necessary information. 2. Complete the 3' - 5' strand in Column B by supplying the complementary base pair of the 5' - 3' strand. Remember that DNA replication happens inside the nucleus of the cell, the complementary base pairing is as follows: A pairs with T, G pairs with C. 3. The next step is transcription, which occurs in the nucleus of the cell, where DNA is used as a template to make messenger RNA (mRNA). Using the 3' - 5' strand you will complete Column C. Remember that in this part you are dealing with RNA where A pairs with U, G pairs with C. 4. The next step is the translation which occurs in the cytoplasm of the cell, the information contained in the messenger RNA (mRNA) is used to make a polypeptide. Complete Column D by supplying the complementary base pair of mRNA in Column C. 5. Supply the complementary base of the new DNA strand in Column E based on Column D. Take note, at this part RNA changes to DNA, be careful with the base pairing of nitrogenous bases. 6. Answer the guide questions that follow below. Remember to place all your answers on a separate sheet of paper. Table 2: Protein synthesis TRANSLATION DNA TRANSCRIPTION REPLICATION DNA template (C) (A) (B) mRNA 5'-3' 3' - 5' strand A (D) tRNA (anticodon) (E) New DNA strand (F) Name of Amino acid START T G G Proline G A с Glutamic acid T с Glutamic acid C T с T stop A A 12 City of Good Character