Alexander Hamilton was most likely: A. a federalist who supported ratification of the Constitution.
<h3>What is a Constitution?</h3>
A Constitution can be defined as a set of formally written laws and principles which typically determines the power and authority of a democratic government, as well as guarantee the fundamental rights and freedom of her people (citizens).
Based on the historical records and information, during the debate over ratification of the Constitution of the United States of America, two (2) opposing groups were formed and these were:
- Federalist party: supports ratification of the Constitution.
- Democratic-Republican party: does not support ratification of the Constitution.
In this context, we can infer and Logically deduce that Alexander Hamilton was most likely a federalist who supported ratification of the Constitution.
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Complete Question:
Read the following excerpt from Federalist #15 by Alexander Hamilton. Government implies the power of making laws. It is essential to the idea of a law, that it be attended with a sanction; or, in other words, a penalty or punishment for disobedience. If there be no penalty annexed to disobedience, the resolutions or commands which pretend to be laws will, in fact, amount to nothing more than advice or recommendation. Alexander Hamilton was most likely a Federalist who supported ratification of the Constitution. an Anti-Federalist who supported ratification of the Constitution. a Federalist who opposed ratification of the Constitution. an Anti-Federalist who opposed ratification of the Constitution.
No but you will have to retake the classes you failed
Answer:
The quarter rest indicates that you remain silent (take a rest from playing) for one beat. You can count these measures as "one two three."
The most reasonable prediction to account for the deviation from the expected results is: in sweet pea plants, the gene for flower color and the gene for pollen grain shapes are genetically linked.
<h2>
Who is the Father of Genetics?</h2>
Gregor Mendel is known as the Father of Genetics, as he established the principles governing the:
- Laws of independent assortment,
- Dominance, and
- Segregation of genes.
However, certain exceptions to these principles exist, such as genetic linkage, which is an example of an exception to the law of independent assortment.
<h3>
What is Genetic Linkage? </h3>
Genetic Linkage is the likelihood for genes or fragments of DNA adjacent together via chromosome to segregate simultaneously at meiosis and hence be inherited together.
The outcome of the parameters given can be interpreted as follows:
- According to the Law of Independent Assortment, we need to know that two or more alleles of distinct genes assort separately or independently.
- The genetic linkage takes place in the provided scenario, but it does not match the 9:3:3:1 ratio. This is because the genetic linkage does not obey the principles of independent assortment, hence, fewer purple offspring are produced.
- As a result, mutations can cause Mendel laws to fail and have an effect on an organism's phenotypic features.
Learn more about Genetic Linkage here:
brainly.com/question/21118331
Due to constructive interference, we can predict that: C. the resulting wave would travel at 4.2 hertz.
<h3>What is constructive interference?</h3>
Constructive interference of a wave can be defined as a phenomenon through which two waves of the same frequency and phase combines to form a wave of higher magnitude.
This ultimately implies that, the constructive interference of a wave causes an increase in the amplitude or frequency of waves.
Due to constructive interference, we would have:
Wave = 3 + 1.2
Wave = 4.2 hertz.
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<u>Complete Question:</u>
Jerimiah is studying Wave A and Wave B. Wave A is traveling at 3 hertz, and Wave B is traveling at 1.2 hertz. What can be predicted about the waves if they were to crash into each other?
