Answer:
True
Explanation:
A team is a group of people that work tighter to achieve a goal, task or objective.
Team work generates solution faster to a difficult problem than working solely. When a group of person work as a team different Idea can be worked upon, good decisions are made to achieve a Goal.
There is division of labor, certain people working on an aspect to generates result, all this can be brought together to proffer a lasting solution to a task or problem.
Team work saves time, what an individual will take 30minutes to do as a team it can be achieve in 10 minutes.
There it is true that 5 people working as a team will generates more solutions compare to an individual person.
The original goal of the pan Africanism was to encourage the solidarity of Africans throughout the world it is based on the idea that unity is vital for progress it aims to unify and uplift people of African descent
Answer:
John Adams represented the Federalist party, while Thomas Jefferson represented the Democratic party.
Explanation:
Hope this helps!
Those students used the central route to persuasion, and were influenced by the quality of the persuasive argument.
<h3>What is a persuasive argument?</h3>
This is the type of argument that the person arguing engages in because they want to get the other party to see their point of view.
The goal is to ensure that the person you are talking to buys your idea and works with it. The way people go about this argument is through the use of logic and reasoning.
The goal is to try to be able to get the other person to adopt your pattern of reasoning and also take action based on that.
This can be referred to as a call to action by appealing to the emotions and the reasoning of your audience.
Read more on persuasive argument here
brainly.com/question/1790640
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Answer:
2.84*10^-3 years = 0.00284*10^-3 years
Explanation:
To find the orbital period you use the following formula:
r: 2.0A = 2.0(1.5*10^11m)=3*10^11 m
G: Cavendish constant = 6.67*10^-11 Nm^2/kg^2
M: mass of the sun = 1.98*10^30 kg
Next, you calculate the time in seconds of one Earth's year:
thus, you use this value to find the orbital period of the asteroid in Earth's year:
