00:01
From the question they given us to identify the mendel monohybrid cross.
00:07
According to mendel's monohybrid cross, we have to find whether the given statements are true or false.
00:15
We have to find whether the what are all the statements to be found as true.
00:20
In the statement a, they given us 100 % of f1 generation was going to be similar to the generation of springs are going to be similar to the parent of phenotype.
00:39
It is found to be a true statement because if we take mendel's monohybrid cross, where it's going to be a dominant parent and a recessive parent.
00:55
When it was crossed, it leads to formation of f1 generation with the 4 offspring as tttt which is going to be a heterozygous dominant where it consists of both the gametes of dominant and the recessive but the recessive were found to be not dominant.
01:18
Dominant is found to be dominant therefore it is known as heterozygous dominant character.
01:22
Therefore the phenotype of them is going to be a dominant characters phenotype.
01:28
Parent phenotype which is dominant is found to be a 100 % of phenotype.
01:36
Therefore, it is found to be a true statement.
01:40
In the option b, they given as each individuals are found to have 2 alleles, 2 alleles in every gene.
01:59
It is found to be a where when we take this offspring which consists of 2 alleles which is going to be t as one allele and small t is going to be another allele.
02:13
Therefore, both these alleles are going to be a gene or genotype.
02:17
Therefore, it is found to be a gene consists of 2 alleles in the each individual is a correct statement.
02:26
Therefore, option b is also found to be a correct statement.
02:30
In option c, they given as where these monohybrid cross will propose the law of segregation...