Frederick Douglass, in his writings and speeches, often drew parallels between the treatment of slaves and the treatment of horses to highlight the injustice and inhumanity of slavery.
He did this by pointing out that both slaves and horses were considered property and were subject to the whims of their owners. Here are some ways in which Douglass might have made this comparison:
1. Ownership and Value: Douglass noted that both slaves and horses were bought and sold as property. Their value was determined by their physical abilities and the needs of the market, rather than being recognized as individuals with their own rights and feelings.
2. Lack of Autonomy: Neither slaves nor horses had control over their own lives. They were both subject to the will of their masters, who decided where they would live, what work they would do, and how they would be treated.
3. Physical Treatment: Douglass observed that the physical well-being of both slaves and horses was of concern only insofar as it affected their ability to work. Both were subject to physical discipline and could be punished or rewarded based on their performance.
4. Care and Maintenance: The care given to slaves and horses was often similar, as both were essential to the economic productivity of the plantation. However, this care was not given out of compassion but out of a desire to maintain valuable property.
5. Branding and Identification: Just as horses might be branded or marked to indicate ownership, slaves were often subjected to similar practices, such as being given the last name of their owner or being branded in some cases.
6. Breeding: Douglass also abhorrently pointed out that both slaves and horses were sometimes bred for specific traits, a practice that completely disregarded their humanity and reduced them to mere commodities.
7. Emotional and Psychological Impact: Douglass emphasized the emotional toll of being treated as property, noting that both slaves and horses could suffer psychologically from harsh treatment, lack of freedom, and the constant threat of separation from their families or companions.
By drawing these comparisons, Douglass used the familiar and generally accepted treatment of animals to cast a light on the immorality of treating human beings in a similar manner. He effectively used this rhetorical strategy to appeal to the moral sensibilities of his audience, many of whom might have been more accustomed to thinking about the welfare of animals than the rights of slaves.
Public health officials recognize three types of environmental hazards. these are:
The mineral necessary for the regulation of blood and body fluids is
Mendel had no understanding of DNA as the genetic material, yet he was able to correctly predict how traits were passed between generation. What does Mendel’s work show about the value of scientific observation
How does the nucleus control which proteins are made by the ribosomes?
It controls the order in which proteins are made.
It controls the speed with which proteins are made.
It controls which genes get used.
It controls the number of ribosomes.
The client asks why lab work is needed prior to starting the medication, nitrofurantoin. what information can the nurse provide to the client?
The lab work is required prior to starting the medication of nitrofurantoin because to prevent any kind of organ damage.
Further Explanation:
Antibiotics are discovered by Alexander Fleming. They are clinically significant in eradicating microorganisms on the eukaryotic surfaces by disrupting the peptidoglycan of the bacterial cells and not harming the host cells. Nitrofurantoin is considered an antibiotic that mainly targets the bacteria in the body. This medication is used to treat urinary tract infections. During the pregnancy period, the prescription of this medicine is not given. This medicine is passed into breast milk and affects the baby. This medicine should be avoided when an individual is suffering from:
• Kidney disease
• Diabetes
• Anemia
• Electrolyte imbalance
To prescribe, the nitrofurantoin doctor done some lab tests to check the allergy of this medicine. Also, to check any kind of kidney problem; this is because, in kidney damage, nitrofurantoin should not be administrated.The nurse should check the further consequence of this drug on an individual.
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Answer Details:
Grade: High School
Subject: Biology
Topic: Antibiotic
Keywords:
Kidney damage, electrolyte balance, problem, lab, nurse, prior, damage, nitrofurantoin, drug, avoid, medication, doctor, lab test.
A forest that typically experiences low temperatures and precipitation levels, is characterized by evergreen species like spruce and fir, and covers vast tracts of land in the higher latitudes and altitudes is known as a:
In cats, black fur color is determined by an x-linked allele; the other allele at this locus determines orange color. the heterozygote is tortoiseshell. what kinds of offspring would you expect from the cross of a black female and an orange male
The law of _____explains how alleles separate during gamete formation.
Some ocean organisms produce light from chemical reactions. In which part of the ocean do these animals tend to live?
A. The Gulf Stream
B. The surface waters
C. The mesophelagic zone
D. The epipelagic zone
the answer is C) hi really hope this helps have an wonderfully amazing day/night
If you are at the beach and look up in the sky to see a quarter Moon (that is, half of the Moon's surface illuminated) overhead like this one, what type of tide would be occurring where you are?
Biomes that are found near the equator or near mountains ranges and have high relative humidity and lots of rain are called A) deserts.
B) rain forests.
C) temperate forests.
D) deciduous forests.
Answer: B) rain forests.
Explanation:
The tropical rainforests are found near the equator, near mountain ranges and exhibit high humidity and lots of rain. These areas receives maximum sunlight which is responsible for the high temperature in the region because of which the evaporation of the available water body takes place at a faster rate hence result in immense rainfall.
On earth, why is carbon, which is found in the carbon family, especially important?
Carbon is crucial for living organisms as it is present in all organic molecules and plays a primary role in the structure of macromolecules. Its importance stems from its bonding properties and energy-containing compounds. However, the burning of fossil fuels has contributed to increased carbon dioxide levels and environmental issues like climate change.
Explanation:Carbon is one of the most important elements to living organisms, as shown by its abundance and presence in all organic molecules. It is the bonding properties of carbon atoms that are responsible for its important role. Carbon is present in all organic molecules, and its role in the structure of macromolecules is of primary importance to living organisms. Carbon compounds contain energy, and many of these compounds from plants and algae have remained stored as fossilized carbon, which humans use as fuel. Since the 1800s, the use of fossil fuels has accelerated, resulting in an increase in carbon dioxide in the atmosphere, leading to environmental concerns such as climate change.
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What is the most common blood type in the u.s. population?
Which of the following best describes what happens during a cross-over event?
A. Tetrads change orientation as they line up along the center of the cell.
B. Chromatids of homologous chromosomes exchange corresponding segments. C. X and Y sex chromosomes overlap and combine together during metaphase. D. Spindle fibers overlap and attach to the wrong chromosomes during anaphase.
Answer:
b. Chromatids of homologous chromosomes exchange corresponding segments.
Labrador retrievers are black, brown, or yellow. in a cross of a black female with a brown male, results can be either all black puppies, 1/2 black to 1/2 brown puppies, or 3/4 black to 1/4 yellow puppies. how many genes must be responsible for these coat colors in labrador retrievers?
The synthesis of giant molecules from components of repeating units is _____. polymerization hydrolysis
Answer: The correct answer for the fill the blank is polymerization.
Polymerization is the process of formation of large molecule from the components of smaller repeating units. A chemical bond is formed between smaller units. The smaller repeating units are called as monomers and the giant molecule formed in this process is called as polymer.
Example- DNA ( deoxyribonucleic acid) is a giant molecule or polymer, which is formed by the joining of individual smaller units called as dNTP ( deoxyribonucleoside triphosphate). Thus, formation of DNA is a polymerization reaction.
If a mutation occurs such that photosystem ii no longer functions as efficiently as it should, what might be most directly affected?
Out of the following given choices;
a) The amount of oxygen produced
b) The rate of ATP synthesis by ATP synthase in the chloroplast
c) The rate at which NADPH is produced
d) The rate at which the protons are transported into the thylakoid
The answer is; A
The photosystem captures energy from sunlight and uses it to split a water molecule. After splitting the water molecule (by taking an electron), the protein complex transports the electron to plastoquinone. The splitting of water molecules results in evolving of oxygen molecules. The hydrogen is what is used to reduce carbon dioxide to glucose.
The amount of oxygen to be generated will be affected directly.
Further Explanation:
Photosystem is responsible for photosynthetic light reactions of algae, bacteria, and plant.
There are 2 photosystems:
Photosystem-1 Photosystem-2
Photosystem-1 plays the main role and utilizes light energy in order to generate high energy carriers such as NADPH as well as ATP. They use p700 photoreceptor and they absorb light of longer wavelength. In this photolysis of water does not occur.
On the contrary, photosystem-2 refers to the protein complex found in the light-dependent reactions of the oxygenic photosynthesis. They present in the thylakoid membrane of the plants, cyanobacteria, and algae. They absorb the shorter wavelength of light. In photosystem 2 photolysis of water occur.
The photosystem absorbs the energy from the sunlight and utilizes it to break the water molecule. After this, the protein complex sends the electron towards the plastoquinone. The breaking of the water molecules leads to the evolution of oxygen molecules. The water is what is utilized to lower the carbon dioxide to a glucose molecule.
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Answer Details
Grade: High School
Subject: Biology
Chapter: Photosynthesis
Keywords:
Oxygen, photosynthesis, photosystems 1, photosystem 2, water molecule, carbon dioxide, glucose, evolution, sunlight, hydrogen.
The daily up-and-down movements of organisms in the ocean's water column is called _______.
The movement of organism in the ocean’s water column is called vertical migration, in the daily up-and-down movement. Vertical migration is the vertical movement or the organism along the water column in response to seasonal, ontogenic, and daily changes. Diel is the most important type of vertical migration.
What is ability of organisms to survive and reproduce on the range of our men to circumstances?
Which statements could be categorized in the "Asexual" section of the Venn diagram? Check all that apply.
mitosis
diploid cells
two cell divisions
gametes
identical dna
The right answer is mitosis, diploid cells and identical dna.
Asexual reproduction is a form of reproduction of an already developed living being in which, from a cell or a group of cells, is developed, by mitotic processes, a complete individual, genetically identical to the first. It is performed with a single progenitor and without intervention of the nuclei of the sexual cells or gametes.
mitosis ,diploid cells and identical dna.
youre welcome
Consider the diagram. mc006-1.jpg Which postulate of the kinetic-molecular theory best describes the event in the diagram? Most of the volume of a gas is empty space. All collisions between particles are perfectly elastic. There is no force of attraction or repulsion between gas particles. The average kinetic energy of particles depends only on temperature.
Answer:
The answer is B
Explanation:
A blue mineral named after a word which means blue ?
What is the apron-like double fold of fatty membrane that hangs down in front of the intestines?
Where does translation take place? where does translation take place? golgi apparatus ribosome endoplasmic reticulum nucleus?
Translation takes place in ribosomes located in the cytoplasm of the cell.
Explanation:Translation is the process of protein synthesis where information coded in the mRNA is used to produce a specific amino acid sequence. It takes place in the ribosomes located in the cytoplasm of the cell. Ribosomes are composed of rRNA (ribosomal RNA) and proteins, and they are responsible for reading the mRNA and assembling the amino acids into a polypeptide chain.
Jerry is an alcoholic and does not eat enough food. he has been diagnosed with a vitamin deficiency. what blood disorder is the most likely a result of this deficiency? jerry is an alcoholic and does not eat enough food. he has been diagnosed with a vitamin deficiency. what blood disorder is the most likely a result of this deficiency? pernicious anemia hemolytic anemia iron-deficiency anemia aplastic anemia
Answer:
The correct answer is pernicious anemia.
Explanation:
In the given case, Jerry is most likely to suffer from pernicious anemia as he has been diagnosed with vitamin deficiency. A medical situation in which blood is low in normal RBCs count in known as anemia. One of the vitamin B-12 deficiency anemia is pernicious anemia. It is caused by an incapability to captivate the vitamin B-12 required for the body to produce an adequate amount of healthy RBCs.
Biology question 3
A single muscle cell can contain dozens of nuclei. Which stage of the cell cycle is the not completing? How do you know?
A muscle cell contains many nuclei due to cellular fusion, which is the combination of multiple progenitor cells. It does not complete the cytokinesis stage of the cell cycle, which normally leads to the division of the cell and its nucleus into two separate cells.
Explanation:A single muscle cell, known as a myocyte, generally contains many nuclei due to a process called cellular fusion. This process involves the combination of numerous progenitor cells, each with a nucleus, to form a single muscle cell with multiple nuclei.
The stage of the cell cycle that the myocyte is not completing is cytokinesis. Cytokinesis is the phase in which the cell physically divides at the end of mitosis to form two identical daughter cells. If a cell does not undergo cytokinesis, it will not separate, and instead, it may form a cell with multiple nuclei, as seen in muscle cells.
In summary, muscle cells contain multiple nuclei due to the lack of cytokinesis following mitosis, leading to the fusion of multiple cells into a single cell body.
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A hematocrit indicates the percentage of the blood volume occupied by red blood cells. how might your hematocrit change if you moved from a town at sea level to a high mountain village where the air contains less oxygen?
What is a protein called if it loses its shape?
n a cross between two heterozygous individuals (eg. Rr X Rr), the expected phenotypic ratio of the offspring would be
A)1:2:2:1.
B)1:2:1.
C)1:1.
D)3:1.
The expected phenotypic ratio of the offspring is B) 1:2:1.
To understand the expected phenotypic ratio of the offspring from a cross between two heterozygous individuals (Rr x Rr), we can use the Punnett square method. Here, 'R' represents the dominant allele for a trait, and 'r' represents the recessive allele.
When we set up the Punnett square for the cross Rr x Rr, we get the following:
```
R | r
---------
R | RR | Rr
---------
r | Rr | rr
```
From this Punnett square, we can determine the genotypic ratio of the offspring:
- RR (homozygous dominant): 1
- Rr (heterozygous): 2
- rr (homozygous recessive): 1
The phenotypic ratio is determined by the number of individuals that express a particular trait, regardless of their genotype. Since the dominant allele 'R' will mask the presence of the recessive allele 'r' in the heterozygous (Rr) individuals, the phenotypic ratio will be:
- Dominant phenotype (RR and Rr): 1 (RR) + 2 (Rr) = 3
- Recessive phenotype (rr): 1
Therefore, the expected phenotypic ratio is 3:1, which corresponds to option D. However, this is not the correct option for the given question, as the question asks for the phenotypic ratio, not the genotypic ratio.
The phenotypic ratio is actually 1:2:1, which corresponds to the number of offspring with the dominant phenotype (RR, which is 1), the number of offspring with the dominant phenotype (Rr, which is 2), and the number of offspring with the recessive phenotype (rr, which is 1). This ratio reflects the number of different genotypes that will have the same observable trait (phenotype).
Measles became prevalent only with the emergence of larger urban centers, making it the "disease of civilization."
a. True
b. False
Final answer:
Measles becoming prevalent with the emergence of urban centers is true.
Explanation:
The statement that measles became prevalent only with the emergence of larger urban centers, making it the 'disease of civilization,' is True. Measles is a classic example of an infectious disease that thrives in larger populations. Measles requires a large contiguous population to keep it going, and it would not have been able to survive in smaller hunter-gatherer groups. The increase in the size and density of human populations in urban areas facilitated the spread of measles and other infectious diseases.