What is the Dominant Shape of a Pea Pod?

The Dominant Shape of a Pea Pod is an Ellipse.

The dominant shape of a pea pod is an oval. The pod is made up of two parts: the outer shell, which is green and leathery, and the inner lining, which is white and membranous. The peas are contained within the inner lining.

What is the Dominant Shape of a Pea Pod?

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Which Colour is Dominant for Pod Colour in Pea?

There are a number of different factors that can affect the colour of peas, including the variety of pea plant and the growing conditions. However, in general, the dominant colour for pod colour in peas is green. This is because the vast majority of pea plants produce green pods.

There are some varieties of pea plant that can produce other colours, such as white or yellow, but these are relatively rare.

What is the Law of Dominance?

The law of dominance is a basic principle of genetics that states that alleles (variants of genes) are transmitted to successive generations in a predictable way. It was first proposed by Gregor Mendel, the father of modern genetics, who observed that in pea plants, certain traits were always expressed over others. For example, tallness was always dominant over shortness.

Mendel’s work showed that there are two types of alleles – dominant and recessive. Dominant alleles will be expressed in the phenotype (physical appearance) of an organism, while recessive alleles will be masked. In order for a recessive allele to be expressed, it must be present on both chromosomes in a pair (i.e. it must be homozygous).

The law of dominance is one of the most important principles in genetics and has wide-ranging applications. It helps us to understand how traits are passed down from generation to generation, and also has implications for disease risk and genetic counseling.

What is Mendel’S Law of Segregation Class 10?

Mendel’s law of segregation is one of the fundamental principles of genetics. It states that each individual has two alleles for each trait, and that these alleles segregate (separate) during gamete formation. This law explains why offspring usually have a phenotype that is intermediate between the phenotypes of their parents.

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Mendel discovered this law by breeding pea plants with different traits and observing the inheritance patterns of their offspring. He found that when plants with different traits were crossed, the offspring always had a 1:1 ratio of the two parental traits. For example, if he crossed a plant with white flowers and another with purple flowers, all of the offspring would have pink flowers.

This 1:1 ratio occurs because each parent contributes one allele to its offspring for each trait. During gamete formation, these alleles segregate from each other so that each gamete carries only one allele for each trait. When these gametes fuse during fertilization, the resulting zygote has two alleles for each trait (one from each parent).

The law of segregation can be represented using a Punnett square: P p p^2+2pq+q^2 1/4+1/2+1/4=1 P p 2pq 3/4(75%)

Parent 1 Parent 2 ————————————- ————————————– ——- —— F1 Offspring Probability Expected Ratio Actual Ratio % % pp PP 25% 3:1 1:3 25% 75%

Mendel’s law of segregation can be applied to any diploid organism, including humans. Each human has two alleles for every autosomal gene (i.e., genes located on chromosomes other than the sex chromosomes). These alleles segregate during gamete formation and are inherited independently from one another.

This means that an individual’s genotype (the particular combination of alleles they possess) does not necessarily predict their phenotype (the physical characteristics they express).

How is Mendel Referred to Today?

Mendel is referred to as the “Father of Modern Genetics” because his work on pea plants laid the foundation for much of the later work in the field of genetics. His work showed that there are laws governing the inheritance of traits, and that these laws can be used to predict the outcome of crosses between different organisms. Today, Mendel’s laws are still used by scientists to understand how genes are passed from one generation to the next.

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A garden pea plant (A) Produceed inflated yellow pod, and another plant (B) of the same species

What is Segregation What is the Result of Segregation

Segregation is the act of separating people based on their race, ethnicity, or other characteristics. The results of segregation can be seen in many different ways. One way is through housing patterns.

In areas that are segregated, you will often see large gaps between neighborhoods. This can lead to a lack of resources in some neighborhoods and a feeling of isolation among residents. Additionally, schools in segregated areas are often unequal, with lower-performing schools serving predominantly minority students.

This can have a lasting impact on children’s opportunities and life chances. Finally, segregation can create an atmosphere of mistrust and tension between groups of people who live near each other but do not interact with one another on a regular basis.


The Dominant Shape of a Pea Pod is an interesting question that many people may not know the answer to. A pea pod is actually two different shapes put together. The first shape is called the cotyledon and the second shape is called the carpel.

The cotyledon is the larger of the two shapes and makes up about 60-70% of the total pod size. The carpel, on the other hand, only makes up 30-40% of the pod size.

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