The IA allele produces A type blood, and is codominant with…
The IA allele produces A type blood, and is codominant with the IB allele that produces B type blood. The O blood type allele. i, is recessive to both of the dominant alleles above. A man and a woman have a child. The mother has A type blood, and the father has B type blood. However, their child has O type blood. How is this possible?
Read DetailsPart 1 CONTINUED… QUESTION 4: Using Coordinate Geometry Co…
Part 1 CONTINUED… QUESTION 4: Using Coordinate Geometry Computations, it is required to compute the coordinates of the two boundary points A and B. A total station was mounted on point G1 and the distances G1-A and G1-M were measured in addition to the horizontal angles G2-G1-M and M-G1-A. Point M lies on the line AB at a distance of 107.13 m from point B as shown in the figure. Please note that point B can not be observed from either point G1 or G2 due to existing obstacle. Compute the Distance A-M and the Angle G1-A-M Answer: The Distance A-M = [blank1] m and the Angle G1-A-M is [blank2] (round to the closest cm i.e. second decimal digits for the distance and four decimal digit for the angle)
Read DetailsPart 1 CONTINUED…QUESTION 3: Using Coordinate Geometry Com…
Part 1 CONTINUED…QUESTION 3: Using Coordinate Geometry Computations, it is required to compute the coordinates of the two boundary points A and B. A total station was mounted on point G1 and the distances G1-A and G1-M were measured in addition to the horizontal angles G2-G1-M and M-G1-A. Point M lies on the line AB at a distance of 107.13 m from point B as shown in the figure. Please note that point B can not be observed from either point G1 or G2 due to existing obstacle. Compute the coordinates of the point A Answer: The coordinates of the point A are X = [blank1] m and Y = [blank2] m (round to the closest second decimal digit)
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