Answer:
1. They both produce offspring
2. They both grow and restart the cycle
3. they both have something to hold the baby/seeds in until they are no longer with there parent
difference- I put one more just in case
1. humans need both female and male plants sometimes don't
2. one needs sperm the other needs pollen
3. plants have seeds humans have live baby's
Answer:
False
Explanation:
Two ATP molecules are required to start glycolysis (from glucose), and 4 are generated by substrate-level phosphorylation. An additional 2 NADH molecules are generated, which can be used to generate another 4–6 ATP molecules through the electron transport chain in the mitochondria.
1-Cell
2- from cell to blood
3- No need for energy
4- it’s a passive transportation
Answer: 75% of the plants are purple and 25% are white. The phenotypic ratio can be expressed as 3:1.
Explanation:
Heterozygous means that its genotype has two distinct alleles, i.e. a dominant and a recessive one. So the genotype of the plants is Pp, and each plant has two alleles since<u> they are diploid organisms, which have two copies of each gene.
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<u>Each plant produces gametes, which are haploids cells. That is, they only have one copy of each gene (one allele)</u>. So, the gametes produced by Pp have a P or p genotype. During fertilization, the maternal and paternal gamete are fused to form a diploid zygote where their genotype will have one allele from the father and one from the mother.
By making this monohybrid cross, we cross the gametes of each parent in the punnett square (see picture)
In the offspring, we see one PP genotype (homozygous dominant), two Pp genotypes (heterozygous) and one pp genotype (homozygous recessive). <u>Since we know the P allele is dominant and it codes for purple color, a genotype only needs one P allele to express that phenotype</u>. So Pp and PP organisms are purple, and only pp is white. That means 75% of the plants are purple and 25% are white. The phenotypic ratio can be expressed as 3:1.