On a paper, the ratio of a line (1D is 1:64 in.),
to get an area, its a line times a line (therefor 2D) and it becomes 1^2:64^2 in.,
which is 1 in:4096 in.
Answer:
0.3636
Step-by-step explanation:
Data provided in the question:
Mean of the body length = 6.8 mm
Body length of the males and females = 9 mm
Average Body length of offspring = 7.6 mm
Now,
heritability in the narrow sense for body length, h²
= 
also,
Selection response = 7.6 - 6.8 = 0.8 mm
Selection differential = 9 - 6.8 = 2.2 mm
thus,
heritability in the narrow sense for body length, h² = 
or
heritability in the narrow sense for body length, h² = 0.3636
If you would like to write an equation to describe the following situation, you can do this like this:
4 apples in the morning ... 4
x ... the number of bananas Tommy eats
2 bananas for every banana that Tommy eats ... 2 * x
y ... the total number of pieces of fruit the monkey eats
The equation would be as follows: <span>y = 4 + 2 * x.</span>
Answer:
700 dived by 2 = 350 boom brainlist
Step-by-step explanation:
A proportional relationship is described by the equation
... y = k·x
The point (x, y) = (0, 0) is <em>always</em> a solution to this equation.
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In short, if the relationship is proportional, its graph will go through the origin. If the graph does not go through the origin, the relationship is not proportional.
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Note that this is true if the domain includes the origin. You can have y = kx <em>for x > 10 </em>and the graph will <em>not</em> go through the origin because the function is <em>not defined</em> there.
