Answer:
Increased social welfare through laws/regulations.
Explanation:
Industrial revolution started in Europe In later part of 1700s. But, Laws that created protection for child labors didn't exist until 1938. Within those time periods, companies were notoriously hiring children to work in their factory. It typically cost them a lot less compared to hiring grown adults.
This resulted in many fatalities or even death among poor underage children.
Activists constantly brought up this issues to the public and gradually started to gained public support that forced government officials to pass the Fair Labor Standards Act.
This act not only prevented minors from being employed, it also set up regulations regarding minimum wages and maximum work hours for all workers.
Answer:
All three cases went to the Supreme Court for ruling.
Explanation:
The cases that went to the supreme corut ruling will be more likely to be considered as a landmark decision, which is the type of decisions that influence the live of the people on national scale.
I'll describe the effect of each decisions on national scale:
-Plessy v. Ferguson,
This decision resulted in the application of segregation law. Black people all across the nation were required to use different public facilities than the white citizens because of this.
- Brown v. Board of Education,
This decision diminish the effect of plessy v. Ferguson since it make the segregation of schools become illegal.
- Regents of California v. Bakke
This affect the people nationally because it allow race to become a factor for college admission . (It become the basis of affirmative action that help minorities get into universities)
Answer:It was to deliver messages
Explanation:
the quipu was used in inca society as a way to deliver messages to other nations appropriately.
Explanation:
non-representative it's not based off of Constitution I think?
Entonces, se estaría tratando de la solución saturada, aquella que ha alcanzado la máxima concentración, es decir, todo el soluto que puede disolverse en una cantidad de solvente a una temperatura dada.
MOR POWER
