The diagram above contains contradictory information. Explain the contradiction.A. Since Hence,–x-30+5x-30=180.When you solve for x, your answer is x = 60.mThe measurement of an angle cannot be a negative number for this problem.B. Since Hence, ,–x-30=5x-30.When you solve for x, you get x = 0.This would make mThe measurement of an angle cannot be 0° for this problem.C. Since Hence, ,–x-30+5x-30=180.When you solve for x, you get x = 60. This would make mThe measurement of an angle cannot be a negative number for this problem.D. Since and are alternate interior angles, they are congruent. Hence, ,–x-30=5x-30.When you solve for x, you get x = 0.This would make mThe measurement of an angle cannot be a negative number for this problem.

Question
solved
general 8 months ago 4577

Answer very quick giving a hundred pointsThis pedigree chart tracks the inheritance of a recessive trait that is not sex-linked. Based on the information in the chart, which of the following statements is true?This pedigree chart shows three generations. The individuals are numbered from left to right, starting at the top left of the chart. Squares represent males and circles represent females. If the symbol is gray, that individual exhibits the recessive trait. If the symbol is white, the individual exhibits the dominant trait. On the first row there are two couples mated together. The first couple is made up of individuals #1 (recessive) and #2 (dominant). They have four offspring on the second row that all exhibit dominant traits: #5 (dominant), #6 (dominant), #7 (dominant), and #8 (dominant). The second couple in Generation #1 is made up of individual #3 (dominant) and individual #4 (dominant). They have three offspring in Generation 2: #9 (dominant), #10 (recessive), and #11 (dominant). Individual #8 from the first family and individual #9 from the second family mated together and produced three offspring in Generation 3. These offspring are #12 (recessive), #13 (dominant), and #14 (recessive). Individual #8 must be heterozygous for the trait. Individual #10 must be heterozygous for the trait. Individual #13 must be homozygous dominant. Individual #3 must be homozygous dominant.

Question
solved
general 8 months ago 2195

Yolanda buys two types of flowering plants. She buys 36 geraniums and 63 marigolds. She wants to plant an equal number of flowers in each row of her garden. Each row will contain only one type of flowering plant.Part A: Yolanda uses all the plants she bought in her garden. Determine the greatest number of flowering plants that could be in each row of the garden. Part B: How many rows of each type of flowering plant will be in Yolanda’s garden? rows of geraniums rows of marigolds

Question
solved
general 8 months ago 3739