CRIM 101 Chapter Notes - Chapter 4-5: General Social Survey, Phishing, Cybercrime

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beigesnake255

24 Nov 2017

School

Simon Fraser University

Department

Criminology

Course

CRIM 101

Professor

Barry Cartwright

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Chapter 4 summary: understanding crime in canada: an introduction to criminology. Crime that is not reported to the police. 2/3 crime is not reported to the police (estimated by gss) if not reported it is not reflected in the ucr based solely on crime reports. Once crime is reported to the police, it goes through a process of assessment, classification and recording. Police decision-making about hoe to proceed may be influenced by a variety of factors, including the relationship between the offenders and the victim, the policing style of individual officer. If not recorded by police then it is not reflected in the ucr. If the police are engaged in proactive policing, where they have more patrols and actively search out crimes, there may be a higher likelihood or an act being detected and defined as criminal. The ucr is based solely on crime that are recorded by the police.

Related Questions

based on your additional research, should police departments employ predictive policing to reduce crime with limited resources? Be sure to carefully defend your response with reasons and consider an objection (which you respond to) before you conclude the argument.

My response: I agree that being a part of the white society is like the concept of invisible privilege that has a familiar simile in that it is analogous to an invisible weightless knapsack. This metaphor emphasizes that white privilege, even though it may not be immediately obvious, has considerable advantages and opportunities that may include a lot of benefits and freedom to life. White people benefit from the structures and institutions in which they live. In the same culture, they were trained to be oblivious to their benefits. The undeserved advantages that were created by white people made people of color feel as if they were being oppressed. It is a norm and dominating racial power to be white in this society. For instance, if a white person comes into a new neighborhood, they are fairly certain that the bulk of their neighbors are the same color as them. A person has no idea of the advantages they have until they put themselves in the shoes of other people of color. Peggy McIntosh said that white advantages don't originate from a fault in a single human or from a single individual using them. It is via an inherent fault in the system that white privilege is created. If we wish to effect systemic change, it must occur inside the system. Systems have a major impact on individual behavior in the social world. We may all do our part to hasten the end. McIntosh maintains that white people may see racism in a different way when something gives them an advantage over others, not because it benefits white people. Systemic oppressions have interactive and internalized characteristics. Teaching racism as an act rather than an overall system that advantages the dominant group makes it difficult for white people to see themselves as racists. Embedded systems can't be eliminated, the recognition of them is important. Change won't come from just being dissatisfied with the system. McIntosh's example offers many benefits for comprehending white privilege. There are many advantages to understanding white privilege as the McIntosh example demonstrates. While it is true that 'whiteness' is simply about skin color, the various definitions of race reveal that it is really much more than that. The fact that McIntosh refers to white advantage rather than non-white disadvantage when framing the discussion of race reinforces the overall idea that race should be seen in terms of advantage rather than disadvantage.

include

1. Introduction

-State thesis and summarize argument

-Define any key terms

2. Main Body

-Argument 1, Argument 2, Argument 3

3. Objection

-Response to objection

4. Conclusion

-Restate thesis/summarize your main arguments

OC4131475

Use the NIST Atomic Spectral Database to assign the four brightest spectral lines for Li and He. In a table, list the transition wavelength, lower and upper state electron configurations, the lower and upper state term symbols, the lower and upper state J 71 values, and the lower and upper state degeneracies (http://physics.nist.gov/PhysRefData/ASD/lines_form.html). Hint, use a minimum Aki value to reduce the number of lines reported by the NIST search.

Abstract This physical chemistry laboratory exercise will have students work with provided emission spectra for several elements and data collected on the NIST Atomic Spectral Database. First, students will develop a method for calculating what wavelengths of visible light are associated with the most intense spectral lines in the provided visible emission spectra. Then, the NIST Atomic Spectral Database will be accessed in order to identify select properties associated with the four most intense spectral lines. Introduction The emission process can be described in two general parts. Initially, energy is absorbed by an atom, and its electrons can be moved into higher energy (excited) states from their ground state The excitedrelectrons then "relax" and drop back to their ground state. Energy lost during an electron's retaxation process is emitted as a photon. Recall that the energy of a photon is photon upper E lower Where Ephoton is the energy of the photon that is emitted when the emitter drops from an upper energy state to a lower energy state, h is Planck's constant, c is the speed of light, and v is the wavenumber. Remember that the length units should match for c and v This is a good time to revisit a few concepts. Atoms and molecules possess discrete energy levels their energy levels are quantized and not continuous. Using eq 7.1, it is possible to determine the energy associated with a specific excited state to ground state transition if we can determine the wavelength of emitted light. Also keep in mind that there are selection rules that limit the type of transitions we can expect to observe. All of these points are reflected in an elemental or ionic emission spectrum. The visible light spectrum falls within a fairly narrow range of wavelengths, from approximately 400 to 700 nm. Even so, discrete spectral lines are seen in each element's visible light emission spectrum. Each (take some time to reflect on why that would be), each element also has a unique emission spectrum. This provides a diagnostic tool for determining the composition of a sample. As an example, the elements present in celestial objects can be determined by the light that they produce line represents one possible transition. Since each element has unique energy levels Some of the transitions observed in this lab exercise involve d-orbitals. As such, a discussion regarding d-orbitals and related selection rules is necessary at this point. The first goal is to determine which character table should be used. Start by observing the shape and relative orientations of the d-orbitals. Refer to Figure 1 below

CRIM 101 Chapter Notes - Chapter 4-5: General Social Survey, Phishing, Cybercrime

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