The Reliability of Eyewitness Testimony

As perhaps the single most effective method of proving the elements of a crime, eyewitness testimony has been vital to the trial process for centuries. However, the reliability of eyewitness testimony has recently come into question with the work of organizations such as The Innocence Project, which works to exonerate the wrongfully convicted. This thesis examines previous experiments concerning eyewitness testimony as well as court cases in which eyewitnesses provided vital evidence in order to determine the reliability of eyewitness testimony as well as to determine mitigating or exacerbating factors contributing to a lack of reliability

Lay-Leadership: How to Develop Lay Leaders in a Local Church with Special Reference to the Hyesung Presbyterian Church in South Korea

This thesis is designed to help church leaders establish a lay leadership development process in a local church, especially in a Korean church with a size between 300 and 1,000 church members. In the first part, the fundamental knowledge of leadership is described, including the characteristics of leadership concerning lay leadership development, the reasons why a local church should develop lay leaders, and what the leaders should develop through the process. In the second part, a lay leadership development process and how to establish it in a local church is described. In the third part, Hyesung Church\u27s leadership development process is described and evaluated based on what is established in this thesis. This thesis concludes with recommendations of seven principles (7 Ps) which a local church needs to keep remembering while the church develops the process: Purpose, Philosophy, People, Process, Practice, Progression, and Persistence

Variations of the Local Nusselt number and local Sherwood number with and when are fixed.

<p>Variations of the Local Nusselt number and local Sherwood number with and when are fixed.</p

Convergence of the homotopy solutions when and are fixed.

<p>Convergence of the homotopy solutions when and are fixed.</p

Comparision of results for the local Nusselt number − in the absence of non-Newtonian parameters and nanoparicles when with the work of Khan and Pop [15] and Nadeem and Hussain [32]

<p>Comparision of results for the local Nusselt number − in the absence of non-Newtonian parameters and nanoparicles when with the work of Khan and Pop <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0105107#pone.0105107-Khan1" target="_blank">[15]</a> and Nadeem and Hussain <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0105107#pone.0105107-Nadeem1" target="_blank">[32]</a></p

The temperature profile in the PST case for different values of the stretching parameter <i>s</i> when , and are fixed.

<p>The temperature profile in the PST case for different values of the stretching parameter <i>s</i> when , and are fixed.</p

The temperature profile in the PHF case for different values of the power-law index when , and are fixed.

<p>The temperature profile in the PHF case for different values of the power-law index when , and are fixed.</p

Variation of on when and are fixed.

<p>Variation of on when and are fixed.</p

Comparision of results for the local Nusselt number − and local Sherwood number − in the presence of nanoparticle of when and are fixed with the work of Nadeem et al. [33].

<p>Comparision of results for the local Nusselt number − and local Sherwood number − in the presence of nanoparticle of when and are fixed with the work of Nadeem et al. <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0105107#pone.0105107-Nadeem2" target="_blank">[33]</a>.</p

The temperature profile in the PST case for different values of the power-law index when , and are fixed.

<p>The temperature profile in the PST case for different values of the power-law index when , and are fixed.</p