I think the best answer from the choices listed above is option B. The SI measurement that should be used for the vertical or the y-axis should be Kelvin. It should be a unit of temperature so that rules out option A and C. Also, it should be an absolute unit which really starts at zero. Therefore, it must be Kelvin.
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Answer:
(c^3-3c^2d+3cd^2-d^3)/c^18
Step-by-step explanation:
It appears you want to simplify ...
__
The relevant rule for exponents is ...
a^-b = 1/a^b
The coefficients of the expansion of the binomial are found in Pascal's triangle.
The triangles are congruent because of the interior angles are all congruent. If you were to turn one of the triangles all of the angles would match.
Answer:
3.6 cm or 36mm
Step-by-step explanation:
So we know that there are 10 millimetres in a centimetre. So we can convert the 18cm into millimetres to make it easy to subtract
18cm*10=180mm
now take the pencil length subtracted by the length of the pen.
180mm-144mm=36mm
now if you want the answer in cm, convert it by dividing the answer by 10
36/10=3.6cm
<em>Hope This Helps :)</em>
Answer:
Step-by-step explanation:
Given that an investigator measuring various characteristics of a large group of athletes found that the correlation between the weight of an athlete and the amount of weight that athlete could lift was 0.60.
Correlation coefficient is the measure of association and a positive value implies that increase in one value causes increase in the other.
Hence out of the given options correct ones are
c) The more an athlete weights, on the average the more he weights.
d) The more an athlete can lift, on the average the more he weighs.
e) 60% of athlete's lifting ability can be attributed to his weight alone.
