The correct answer is intentionally detached from African American experiences and culture.
Explanation: In Sociology, socialization is the process by which the individual, in the biological sense, is integrated into a society. Through socialization the individual develops the collective feeling of social solidarity and the spirit of cooperation, acquiring the habits that enable him to live in a society.
Answer:
The correct answer is that if the crowd attacked the batter, they would be charged with felony assault and battery.
Explanation:
Even thought attacking someone is a felony it would be a misdemeanor that it would constitute on a fine and a year at jail.
The answer to this question is b. <span>requires more tact than oral communication
In written communication, we couldn't directly explain what we mean if there is a misunderstanding happen because we're not physically there when the receiver read it. Therefore, people need to be more careful in doing written communication compared to verbal.</span>
Answer:
<em>What this means is that, Gandhi has given the Indians the right to fight for thier freedom (That is, he santioned the protest to ensure that Indians gained their independence through his "Do or Die mantra"- Get the indepence or die trying)</em>
Explanation:
Gandhi is an Indian Statesman who wanted to see India free from the colonial masters grip. He led a series of non violent protest against the British government in trying to persuade them to allow the Indians to gain their independence.
<em>During the Quit India movement of 1942, Gandhi did give a slogan of “Do or Die” Gandhi believed in leading by example hence the reason why he is always present during the protest.</em>
Answer:
The correct approach will be "Postsynaptic neuron".
Explanation:
- Neuron coordination usually takes place through microscopic gaps, considered synaptic clefts. Hundreds as well as thousands of several other neurons can interact between each neuron.
- A signal-sending neuron expresses chemicals known as neurotransmitters, which attaches to a receptor on either the transmitting neuron's ground.
