Question

14) Историческое развитие вида:15) Зародыш, состоящий из двух зародышевых листков:16) Мышечная ткань развивается из:17) Совокупность всех признаков организма:18) Закон единообразия гибридов первого поколения иначе:19) При дигибридном скрещивании расщепление признаков будет:20) Изменчивость ненаследуемая вызвана изменениями факторов среды:21) Симбиотические отношения- это пример:22) Процесс схождения признаков:23) Идоаптация-это

Answer 1

14)филогенез
15)гаструла
16)мезодерма
17)фенотип
18)первый закон Менделя закон доминирования
19)
20)модификационная
21)отношение на взаимовыгоде (лишайник) оношение двух организмов
22)конвергенция
23)мелкие приспособления 

Answer 2

Historical Development of the Species:

The historical development of a species involves various stages and processes. It encompasses the evolutionary changes and adaptations that have occurred over time. The process of speciation plays a crucial role in the historical development of a species.

Embryo Consisting of Two Embryonic Leaves:

The embryo consisting of two embryonic leaves refers to the stage of development in plants where the embryo has two cotyledons. This characteristic is known as dicotyledonous and is a significant feature in the classification of flowering plants.

Muscle Tissue Development:

Muscle tissue develops from mesoderm, one of the three primary germ layers in the early embryo. The mesoderm gives rise to various structures in the body, including muscle tissue, bones, and the circulatory system.

Totality of All Organism's Characteristics:

The totality of all an organism's characteristics is referred to as its phenotype. This includes observable traits and behaviors, as well as physiological and biochemical properties.

Law of Uniformity of First Generation Hybrids:

The law of uniformity of first generation hybrids, also known as the law of uniformity, states that the offspring of the first generation of a cross between two individuals that are pure for different traits will all have the same genotype and phenotype. This is a fundamental principle in genetics.

Trait Segregation in Dihybrid Cross:

In a dihybrid cross, the segregation of traits will result in a 9:3:3:1 phenotypic ratio among the offspring. This means that the traits will segregate and recombine independently, leading to a specific pattern of trait expression in the offspring.

Non-heritable Variability Due to Environmental Factors:

Non-heritable variability can be induced by changes in environmental factors. This type of variability is not passed down through genetic inheritance but is instead influenced by external conditions such as nutrition, exposure to toxins, or other environmental stressors.

Symbiotic Relationships as an Example:

Symbiotic relationships, such as those between certain species of plants and mycorrhizal fungi, are examples of mutually beneficial interactions where both organisms derive benefits from their association. These relationships can be essential for the survival and growth of the organisms involved.

Convergence of Traits:

The process of convergence refers to the independent evolution of similar features in different species due to similar environmental pressures or ecological niches. This can result in the development of analogous structures or behaviors in unrelated species.

Adaptation:

Adaptation refers to the process by which an organism becomes better suited to its environment. This can occur through natural selection, allowing the organism to survive and reproduce more effectively in its specific ecological niche