Explanation:
This is not so much a mathematical issue as a case study, because the response will inevitably require us to test the special Columbic shuttle disaster scenario. I would suggest that you read this in detail and present the points accordingly. Here I give as many points as I think are relevant.
The failure of a space program is definitely a complex situation, more than a simple binomial distribution. It's definitely not as simple as repeating the flip of a coin. There are several coherent factors and situations that govern the overall coordination and execution of such an event. The problem is, those who are running a project like this are still making a trade off,It is never the case that they sealed the lid on any chance of failure between multiple parameters. You try to do something, but often, as is the case above, the potentially dangerous situation is impossible or uncontrollable. Since the root cause of failure, which is dried out tiles that can not withstand heat and water, it appears that owing to the constant use of the shuttle the head architects have not foreseen this.
In a case whereby a school bus with its flashing red signals on has stopped on a non-divided highway then you must stop until the signal lights are no longer flashing and all passengers have cleared the roadway.
<h3>What is the function of red light in traffic rules?</h3>
The function of red light in traffic rules is to tell the other road user that they should stop for a while to tell them thaqt there is a danger.
It should be noted that In a case whereby a school bus with its flashing red signals on has stopped on a non-divided highway then you must stop until the signal lights are no longer flashing and all passengers have cleared the roadway.
Read more on the traffic here:
brainly.com/question/9380087
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Answer:
Photosynthesis is a process used by plants and other organisms to convert light energy into chemical energy that, through cellular respiration, can later be released to fuel the organism's activities.
Explanation:
Step1
Factor of safety is the number that is taken for the safe design of any component. It is the ratio of failure stress to the maximum allowable stress for the material.
Step2
It is an important parameter for design of any component. This factor of safety is taken according to the environment condition, type of material, strength, type of component etc.
Step3
Different material has different failure stress. So, ductile material fails under shear force. Ductile material’s FOS is based on yield stress as failure stress as after yield point ductile material tends to yield. Brittle material’s FOS is based on ultimate stress as failure stress.
The expression for factor of safety for ductile material is given as follows:
Here,
is yield stress and 
is allowable stress.
The expression for factor of safety for brittle material is given as follows:
Here,
is ultimate stress and is allowable stress.
