Answer:
134
Step-by-step explanation:
268/2=134
since its equal both rows should have the same number.
Answer:
Step-by-step explanation:
The ratios are all 3 father steps to 5 son steps. Then ...
son-steps = 5/3·father steps
son-steps = 5/3·36 = 60
and
father-steps = 3/5·son-steps
father-steps = 3/5·30 = 18
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As a <em>check</em>, you can realize that the numbers in the first blank, 36:60, are double those in the second blank, 18:30. The first of these, 36:60, is 3 times the row underneath it, 12:20.
Answer:
Step-by-step explanation:
The graph certainly is, if you ignore the fact that you don't know what the equation for the graph is.
Each x has only 1 y associated with it. That's the definition of a function. This one presumably follows that definition, but I caughten you, without the equation, you can't be sure.
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
You have to substitute 3+h for x, then work out the equation.
(3+h)^2 + 3(3+h) + 5 = 9 + 6h + h^2 + 9 + 3h + 5 =
h^2 + 9h + 23
Answer B.
