Answer:hao
Explanation:
There is a significant correlation between parental and child deviance levels, largely due to factors such as the modeling of behavior and environmental exposure. However, correlation does not imply causation, and individual factors can also influence a child's deviance level.
The statement 'There is a significant relationship between parental and child deviance levels' refers to ongoing research within the field of sociology and psychology. Numerous studies have indicated that there is indeed a significant correlation between parental deviance level and child deviance level. That is, if parents exhibit deviant behavior, it is more likely that their children will similarly demonstrate deviant behavior.
This correlation is believed to occur due to factors such as the modeling of behavior, where children learn and imitate the behaviors of their parents, and the environmental factors, such as living in a high-crime neighborhood, which the parents might expose the child to. However, it's important to remember that while a correlation exists, this does not imply causation. It doesn't mean that parental deviance will always lead to child deviance. Individual factors such as personality and peer influence also play a significant role in determining a child's deviance level.
Learn more about Parental and Child Deviance here:
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2.
3. Each cell makes a complementary DNA strand.
4. The cells separate.
Which is the missing step for the process of conjugation described?
Answer:
2. The Fusion of cell membranes and transfer of single strand of plasmid DNA of donor cell.
Explanation:
When one bacterium transfers its genetic material through direct contact to others. The bacterium transfers its genetic material called donor cell and one serves it called recipient cell.
There are mainly four steps in this process-
1. Connecting sex pilus to recipient cell by donor cell.
2. The Fusion of cell membranes and transfer of single strand of DNA to the recipient cell.
3. Each bacterium cell makes a complementary DNA strand.
4. Both bacterium cells separates.
Scientific investigation is crucial in the development of the Theory of Natural Selection. This was illustrated by Charles Darwin and Alfred Russel Wallace in the 19th century, who used systematic observation, measurement, and experimentation to formulate the theory that diversity of life arose gradually through natural selection. A notable example is Darwin's research on finches in the Galapagos Islands.
The role of scientific investigation in the development of the Theory of Natural Selection is crucial. Scientific investigation involves the systematic observation, measurement, experiment, and the formation of theories or hypotheses, which are then tested.
In the 19th century, Charles Darwin and Alfred Russel Wallace independently devised the Theory of Natural Selection which proposed that the diversity of life arose through gradual changes in populations over time. They built this theory based on years of careful observation, note-taking, and hypothesis-testing - in essence, systematic scientific investigation.
For example, Darwin observed different variations of finches across the Galapagos Islands and made notes on their physical traits and habitats. Through rigorous analysis of this data, he eventually proposed that each species of finch adapted over generations to best suit its environment via the mechanism of natural selection.
So, scientific investigation played a fundamental role in the formulation and further development of this transformative biological theory.
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B. Rock has layers and smaller pieces of rock in it. It also has fossil in it.
C. Rock has holes in it, and it has a glassy appearance.
D. Rock contains minerals crystal that have grown together.