Answer:
- Long working hours.
- Small pay
Explanation:
From the source shown above, the young girls had to work really long hours from 5 am to around 7 pm. Even though they were granted breakfast and lunch hours, this is still a long time to work. Long work hours have been shown to drain a person and lead to fatigue, lack of attentiveness and lower productivity.
The young girls also received little pay for the amount of hours of work they put in. The doffers for instance, were paid $2 a week for being on duty for nearly fourteen hours a day. Assuming this is a 6 day work week, that would translate to less than 3 cents per hour.
These working conditions took such a toll on the young ladies that they were able to argue the case for a reduction in work hours by their presence.
Answer: My greatest achievement was that time I knocked out a donkey with one punch. Settle down ladies, I’m taken.
Explanation:
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Full question:</u></h3>
Students, faculty, and staff at Flint River College interact with each other as they all contribute to the mission of the college in various ways. They also have identification cards that mark them as belonging on the campus. This social network would be defined as a(n)
A. Formal organization
B. Informal organization
C. Primary group
D. In-group
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Answer:</u></h3>
This social network would be defined as a(n)
Formal organization
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Explanation:</u></h3>
A formal organization is a social arrangement structured by explicitly placed laws, purposes, and systems and that functions based on a range of labor and a precisely established authority of power. Representatives in the community are wide-ranging and cover firms and corporations, institutions, and management.
Formal organizations are intended to accomplish specific goals by the cooperative work of somebody who is its segment. Formal organizations as social systems that endure as the whole of the social connections amongst and within individuals and the characters they represent.
Answer:
170 L
Explanation:
Boyles laws states that the pressure exerted by a gas is directly proportional to the volume it occupies provided that the temperature is held constant. Boyles law is given by:
PV = constant
P₁V₁ = P₂V₂
Given that the initial volume V₁ = 200 L, initial pressure P₁ = 850 atm, final volume V₂ = 1000 atm and final pressure = P₂.
Applying Boyles law gives:
P₁V₁ = P₂V₂
850(200) = 1000(V₂)
V₂ = 170 L
