homozygous means that the alleles that make up the genotype are the same, for example homozygous dominant would have two dominant alleles (RR) or homozygous recessive would have two recessive alleles (rr).
the alternative would be heterozygous, where the genotype contains both a dominant and a recessive allele (Rr).
so a homozygous plant would either have two dominant alleles or two recessive alleles for the seed colour.
Now the way to find out whether it is homozygous dominant or homozygous recessive is to do a cross with a homozygous recessive plant and look at the seed colour (the phenotype). if the the original genotype is homozygous dominant the offspring seed colour will show the dominant seed colour becasue it will be heterozygous. But if the original plant is homozygous recessive the offspring will show the recessive phenotype.
Incomplete dominance which makes intermediate phenotypes.
A heterozygous purple-flowered plant. This plant carries two different alleles for flower color – one for purple and one for white. When these two alleles are present together in a heterozygous individual, the dominant allele (purple) will typically be expressed.
That depends on which color is dominant. If red is dominant, then F1 will all be red heterozygous. If orange is dominant, then same applies.
Flower color is an example of a trait that can be passed from a parent plant to its offspring. If a plant with red flowers is crossed with another plant with red flowers, their offspring are likely to also have red flowers due to the genetic inheritance of the trait for red flower color.
Either. It matters. Since white is dominant, the allele (saying it is T for white and t for purple) could be either TT or Tt and still come out white. If the white flower is a purebred, then it is homozygous, therefore, TT. However, the flower could be white and be heterozygous.
Incomplete dominance which makes intermediate phenotypes.
Which ever seed you plant will be what the flower will be. However, the flower's color is random. If you do not get the flower color that you need, you have to dig up that flower and plant another seed.
To get the flower color you need to attract a moshling, you plant the seeds needed to attract the moshling, then wait for the flowers to grow to see what color you get. The color of the flower is random. If you do not get the flower color you need to attract a moshling, you have to dig up that plant and plant another seed. Keep planting seeds until you get the flower color you need.
A heterozygous purple-flowered plant. This plant carries two different alleles for flower color – one for purple and one for white. When these two alleles are present together in a heterozygous individual, the dominant allele (purple) will typically be expressed.
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The flower color is random. There is no way to get a specific seed color. Plant the seeds, wait for the flower to grow, and if it is not the color you need, dig it up and plant another seed. Keep trying until you get the flower color that you need.
The color of the seed is random, meaning you can not get a specific color. When the seed grows into a flower, if it is not the color you need, you will have to dig the plant up and plant another seed. Wait to see if that seed grows into the color of flower you need. Repeat until you get the color of flower you need.
That depends on which color is dominant. If red is dominant, then F1 will all be red heterozygous. If orange is dominant, then same applies.
If you do not get the flower color you need to attract a moshling, you have to dig up that plant and plant another seed. Keep planting seeds until you get the flower color you need.
Flower colors are random on Moshi Monsters. You will not know the color of any flower until it blooms. If you do not get the color you need, you have to dig up that flower and plant another seed.
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Flower color is an example of a trait that can be passed from a parent plant to its offspring. If a plant with red flowers is crossed with another plant with red flowers, their offspring are likely to also have red flowers due to the genetic inheritance of the trait for red flower color.