# data[].attributes.headline
true, a gene contains different alleles which code for different characteristics

# data[].attributes.subject
true, a gene contains different alleles which code for different characteristics

# data[].attributes.headline
True, as for a dominant trait to be shown, it only needs one gene, whereas for a ressive trait, both genes need to be ressive

# data[].attributes.subject
True, as for a dominant trait to be shown, it only needs one gene, whereas for a ressive trait, both genes need to be ressive

# data[].attributes.headline
true, as each cell and chromosome in a clone is an identical replica of the parent cell

# data[].attributes.subject
true, as each cell and chromosome in a clone is an identical replica of the parent cell

# data[].attributes.body
Whilst genes do determine our genetic makeup which display each of our different traits, however our environment is also a significant factor contributing to our characteristics, e.g our height is determined by our genes but if we do not have the appropriate nutrition we may not reach our genetic potential

# data[].attributes.headline
true, as they have all the same genes because they are a clone, all the characteristics are the same

# data[].attributes.subject
true, as they have all the same genes because they are a clone, all the characteristics are the same

# data[].attributes.headline
True, as Down syndrome is a result of three chromosomes instead of two on chromosome 21.

# data[].attributes.subject
True, as Down syndrome is a result of three chromosomes instead of two on chromosome 21.

# data[].attributes.body
Environmental factors can also have an impact on characteristics

# data[].attributes.body
The environment the organism lives in has an effect on characteristics, like diet and living conditions

# data[].attributes.headline
true because the dominant gene will always be passed on if it is present

# data[].attributes.subject
true because the dominant gene will always be passed on if it is present

# data[].attributes.headline
False, all of our characteristics are not determined by genes, environment also has a role to play

# data[].attributes.subject
False, all of our characteristics are not determined by genes, environment also has a role to play

# data[].attributes.body
each allele can code for multiple different characteristics

# data[].attributes.body
Genes can contain multiple alleles which can equate to more than one trait

# data[].attributes.body
as a dominant gene can have a heterozygous or homozygous set of alleles to display the gene whilst a recessive gene has to be homozygous

# data[].attributes.body
Environmental factors and genetics in reproduction will see a dominant trait in the population

# data[].attributes.body
this would result in trisomy 21 which leads to down syndrome

# data[].attributes.body
genes make up the majority of our characteristics however environmental factors play a part.

# data[].attributes.body
true but only if chromosome 21

# data[].attributes.body
this would be Polyploidy

# data[].attributes.body
if the cell is missing a chromosome. False if it has an extra chromosome

# data[].attributes.body
not monosomy

# data[].attributes.headline
true but only if both alleles were co-dominant and neither recessive

# data[].attributes.subject
true but only if both alleles were co-dominant and neither recessive

# data[].attributes.headline
true because dominate genes will always be the gene used if the organism has it in its genes.

# data[].attributes.subject
true because dominate genes will always be the gene used if the organism has it in its genes.

# data[].attributes.headline
true if hair colour traits are both partially dominant

# data[].attributes.subject
true if hair colour traits are both partially dominant

# data[].attributes.headline
Not necessarily, it depends on whether the alleles for fur colour are dominant, recessive, co-dominant or incomplete dominant 

# data[].attributes.subject
Not necessarily, it depends on whether the alleles for fur colour are dominant, recessive, co-dominant or incomplete dominant 

# data[].attributes.body
if the black and white fur are both dominant it could result in Co-dominance

# data[].attributes.headline
false - dependent on which colour fur is dominant, and which is recessive 

# data[].attributes.subject
false - dependent on which colour fur is dominant, and which is recessive 

# data[].attributes.body
It is lethal for humans and leads to death
common in plants and fungi

# data[].attributes.body
This would be true on some occasions depending on the alleles for colour of fur dominance

# data[].attributes.headline
false it can happen but in most cases leads to prenatal death

# data[].attributes.subject
false it can happen but in most cases leads to prenatal death

# data[].attributes.body
only requires on gene, whilst recessive requires both

# data[].attributes.headline
false, co-dominance is when both traits are shown while incomplete dominance is when they are mixed

# data[].attributes.subject
false, co-dominance is when both traits are shown while incomplete dominance is when they are mixed

# data[].attributes.body
Humans would die

# data[].attributes.body
incomplete dominance is When neither gene is completely dominant and displays both alleles, co-dominance is when both triats are dominant in display on different parts of the being

# data[].attributes.body
co dominant is when there are two dominant alleles but incomplete dominance is when a dominant allele fails to completely dominate a recessive allele

# data[].attributes.headline
False, co-dominance is when both traits are shown at full strength, incomplete dominance is when both traits are mixed  

# data[].attributes.subject
False, co-dominance is when both traits are shown at full strength, incomplete dominance is when both traits are mixed  

# data[].attributes.body
co-dominance and incomplete dominance are different

# data[].attributes.body
there will be no offspring with the females phenotype

# data[].attributes.headline
False, incomplete dominance involves the two traits being mixed, whereas co dominance involved both traits being shown

# data[].attributes.subject
False, incomplete dominance involves the two traits being mixed, whereas co dominance involved both traits being shown

# data[].attributes.headline
False, co-dominance is when both traits are present in their normal capacity however incomplete dominance is when both of the characteristics are combined

# data[].attributes.subject
False, co-dominance is when both traits are present in their normal capacity however incomplete dominance is when both of the characteristics are combined

# data[].attributes.body
This is only true with one less chromosome

# data[].attributes.body
both parent organisms can only pass on what they have so all offspring will have one dominant and recessive allele each. Meaning the female phenotype will only be passed on in the case of incomplete dominance

# data[].attributes.body
dominant always beats recessive, therefore there will be no female phenotype

# data[].attributes.body
one more or one less of a chromosome is aneuploidy

# data[].attributes.body
the domiant alleles would overide the ressesive alleles

# data[].attributes.body
only monosomy in the case of missing a chromosome