Answer:
Explained
Explanation:
Analytical methods are used for Risk management in the system's engineering department and it is therefore, important to be familiar with it. Many processes and practices such as identifying, measuring, managing risks in engineering systems are done using these analytical methods. In all types of systems analytical methods such as analyzing and measuring are needed. It also helps in risk aversion and risk reduction by balancing risk. Also the decision making is becomes better when these methods are employed. In advanced as well as traditional systems there is a need to manage risk and these methods are always beneficial in doing that.
Answer:
a) 1.3 cycles
b) iv. 1.1 cycles.
Explanation:
a) h = 0.97
T = 1
m = 10
(1 - h = 0.03)
Tave = 0.97 + 0.03*10 = 1 - 27 = 1.3 cycles
b) Tave = 0.99 + 0.01*10
= 1.09 cycles
Therefore, The answer is iv. 1.1 cycles.
Answer:
Kimi have done to ensure that she was acting legally and ethically by following the measure that are discussed below in detail.
Explanation:
Legal measures are those measures that are outlined in regulatory laws. Ethical measures are based on the human postulates of morality and wrongdoing. The distinctions between them are these: Legal measures are based on transcribed law, while ethical measures are based on human rights and violations.
Answer:
49 is equal to 7 times 7
Explanation:
A "perfect square" is a number that is the product of a whole number that is multiplied by itself.
In the example above, 49 is a perfect square because <em>it is the product of the square of 7</em>. If you multiply 7 by itself, the product is 49.
Other examples of perfect squares are:
25 = <em>25 is equal to 5 x 5</em>
100 = <em>100 is equal to 10 x 10</em>
81 = <em>81 is equal to 9 x 9</em>
16 = <em>16 is equal to 4 x 4</em>
64 = <em>64 is equal to 8 x 8</em>