Saturday, February 15, 2020
Explain the different rules and approaches taken by judges when Essay - 1
Explain the different rules and approaches taken by judges when interpreting an Act of Parliament, giving examples from case law, and critically analyse their advantages and disadvantages - Essay Example 18). As is always the case in other nations, appropriate government departments are often charged with the obligation of overseeing the implementation of Acts of Parliament. This implies therefore, that an Act that governs the transport sector for example is to be implemented by the Department of Transport while both houses of parliament are tasked with the responsibility of supervising the implementation process. Any alterations to an Act of Parliament are always done by passing another Act. At the same time, an Act can no longer apply after being subjected to repealing. The judiciary plays a critical role in putting into practice Acts of Parliament, as judges and magistrates base most of their rulings on such legislations. Consequently, this essay aims to provide more insight on some of the rules and approaches judges rely on while interpreting an Act of Parliament as well as their advantages and disadvantages to the justice system. Interpretation simply refers to the act of making sense out of a legislation. It is imperative to note that judges normally use both intrinsic and extrinsic materials in analyzing and understanding Acts of Parliament (Statutory Interpretation). Intrinsic materials majorly refer to the provisions that exist within the legislation to be interpreted whereas extrinsic resources refer to the input judges receive from everything not found within the bill. Subsequently, judges use extrinsic materials for purposes of non-adherence to literalism. The Interpretation Act of 1978 is one of the legislations that judges have significantly referred to in the course of analyzing case facts and reaching verdicts. Under the words of enactment for example, the Act provides that every single segment of an Act take effect as a fundamental enactment devoid of preliminary arguments. Under the amendment and repeal in same session section, the Act provides that the Act in question may be
Sunday, February 2, 2020
Electrical and Electronic principles Lab Report Example | Topics and Well Written Essays - 500 words
Electrical and Electronic principles - Lab Report Example When connected to the DC power source, the current flows through the circuit. The potential difference increases while the capacitor is being charged. When the voltage on the terminals is of the capacitors is equal to the power supply voltage, the capacitor is fully charged. When the circuit is disconnected from the power supply, the capacitor is said to be discharging through the resistors. The voltage across the circuits then drops gradually until it is zero. At first, there is very little charge in the circuit. When power is supplied from the DC source, a charge builds up in the both the resistors and the capacitors. It is noted that as the charge increases in the circuit, the current recorded on the circuit gets smaller. From the experiment carried out above, we can learn that the changes in both the voltage and current in a multisim circuit when charging and discharging. The charge Q in a circuit is dependent on the amount of voltage present and in turn this influences the current measured on the circuit. When the amount of charge gets larger, the amount of current measured gets smaller. When discharging, the voltage across the resistors and the capacitors drops gradually until it reduces to zero. The phase angles of both current and the voltage in this circuit have equal but opposite magnitude. The tests carried out in the lab and through simulation of the multisim circuit have been used to demonstrate that these conclusions are true. In conclusion, it has the concept of charging and recharging of multisim circuits has been well understood and all the factors that influence the obtained results have been identified hence the objective has been fully
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