A)0.9, b) 0.6, c) 0.75, d)0.25
Answer:
(ab)(x)
Step-by-step explanation:
The sum or difference of two linear functions will be a linear function. The product of two linear functions will be a quadratic function.
The cotangent function can be obtained by taking the reciprocal of the tangent of the same angle. Using a calculator, taking the tangent of 10 degrees and taking the reciprocal of the answer would yield the correct one. With that, the correct answer would be D.) 5.671.
<h3>
Answer: 131 degrees</h3>
Work Shown:
(angle JIW) + (angle WIH) = angle JIH
(2x+8) + (101) = 11x + 10
2x+109 = 11x+10
2x-11x = 10-109
-9x = -99
x = -99/(-9)
x = 11
So,
- angle JIW = 2x+8 = 2*11+8 = 22+8 = 30 degrees
- angle WIH = 101 degrees
- angle JIH = 11x+10 = 11*11+10 = 121+10 = 131 degrees
The smaller angles add to 30+101 = 131 to confirm we have the correct answer.
For more information, check out the angle addition postulate.
The pea plants and the yellow seeds are illustrations of genotype ration
The complete statement is: In a monotype cross of heterozygous pea plants with round (R) yellow (Y) seeds, there will be a ratio of 9 round and yellow, 3 round and not yellow, 3 not round and yellow, and 1 not round and not yellow
<h3>How to determine each ratio of the genotype</h3>
To determine the count, we make use of the following representations
- Round and Yellow -> RRYY
- Round and not yellow -> RRyy
- Not round and yellow -> rrYY
- Not round and not yellow -> rryy
From the complete question, we have:
- Round and Yellow (RRYY) = 9
- Round and not yellow (RRyy) = 3
- Not round and yellow (rrYY) = 3
- Not round and not yellow (rryy) = 1
Hence, the complete statement is:
9 round and yellow, 3 round and not yellow, 3 not round and yellow, and 1 not round and not yellow
Learn more about genotype ration at:
brainly.com/question/14795897
