Answer:
C. mass
Explanation:
Properties such as conductivity and density are usually normalized, so usually do not depend on sample size. While the amount of heat required to melt a sample will depend on its size, the actual melting point temperature does not.
Of the items on your list, "mass" is the one that depends on sample size. In fact, we usually describe the size of a sample in terms of its mass.
First search up what a lunar is then look in images and you should find your answer
Answer:
Frequency of SS dominant individuals is 
Explanation:
The total population of rabbit is 650
Out of 650 rabbit, nearly 39 have recessive allele "s".
Hence, frequency of recessive genotype = 
Frequency of recessive allele =

Frequency of dominant trait allele "S" 
Frequency of SS dominant individuals is 