Well if you did mean "eat" and not "watch" the answer would be.....Cellulose is a carbohydrate which is present in the plant cells. The cellulose is a polymer with glucose as the monomer units. The monomer units of cellulose is attached by the beta linkages. The cellulose provides structural support to the plant cells by forming micro-tubules. The humans cannot eat the diet rich in cellulose because they lack the enzymes that are needed to digest them. Some animals, such as cows and termites have these enzymes but not the humans. So the answer would be "people cannot digest cellulose".
Hello there,
They transfer the energy with or without medium (MATTER)
Since radiation is transferred through wave, it does not need any form of objects to pass through.
For example, the heat that radiation through the sun could be felt without any objects that connect us from The sun itself.
Answer:
The Cell Wall of plants are more geometrical, than animal cells. Plant cell wall are also stronger.
Plant cell is larger than animal cells
Plant cell have chloroplast while animal cells doesn't
Explanation:
Answer:
You have to do a test cross. If all the offspring have normal wing, then the the stock are from pure-breeding flies, but if 3/4 of the offspring have normal wings and 1/4 have short wings, then the stock is from heterozygous for the wing-length trait.
Explanation:
A test cross was proposed by Mendel. It was developed to determine the zygosity of an individual. It consists in crossing the individual (which present the dominant phenotype) with an individual that exhibits the recessive phenotype. Then you have to analyze the proportions of phenotypes in the offspring.
If a pure-breeding individual is crossed with a homozygous recessive individual; then all the offspring will have the dominant phenotype.
If a heterozygous individual is crossed with a homozygous recessive individual; then 3/4 of the offspring will have the dominant phenotype, and 1/4 will have the recessive phenotype.
To have the dominant phenotype, the individual need to have at least one dominant allele, while to have a recessive phenotype, both alleles need to be recessive.
