Dan Pacholke is a prison administrator and reformer who has an experience of 30 years working in the sector. He has made numerous efforts throughout the years to improve the living conditions of confined prisoners, including giving them education programs.
When he says that the system has become very good at containing people who have fallen through all other social safety nets, he means that the there are very little efforts done in order to prevent people to incur in actions that would lead them to imprisonment. In other words, there is no proactive program to prevent people to commit more crimes but rather a reactive one that is prepared to receive people who have already done some sort of harm to society.
Answer:
In the search for a better understanding of genetic and environmental interactions as determinants of health, certain fundamental aspects of human identity pose both a challenge and an opportunity for clarification. Sex/gender and race/ethnicity are complex traits that are particularly useful and important because each includes the social dimensions necessary for understanding its impact on health and each has genetic underpinnings, to varying degrees.
Answer:
Explanation:
well just being bullied online no matter what a girl does you always going to make some guy mad then he comments something sexist
(1) The integral is straightforward; <em>x</em> ranges between two constants, and <em>y</em> ranges between two functions of <em>x</em> that don't intersect.
(2) First find where the two curves intersect:
<em>y</em> ² - 4 = -3<em>y</em>
<em>y</em> ² + 3<em>y</em> - 4 = 0
(<em>y</em> + 4) (<em>y</em> - 1) = 0
<em>y</em> = -4, <em>y</em> = 1 → <em>x</em> = 12, <em>x</em> = -3
That is, they intersect at the points (-3, 1) and (12, -4). Since <em>x</em> ranges between two explicit functions of <em>y</em>, you can capture the area with one integral if you integrate with respect to <em>x</em> first:
(3) No special tricks here, <em>x</em> is again bounded between two constants and <em>y</em> between two explicit functions of <em>x</em>.
