OSHA requires that fall protection be provided at elevations of four feet in general industry workplaces, five feet in shipyards, six feet in the construction industry and eight feet in longshoring operations.
Answer:
Automotive System. A group of related parts that perform a specific function. Body and Chassis System. Body, frame, suspension, steering, braking which support, stop and enclose the parts of the car.
Answer:
The highest grade level is college.
The scenarios whereby licensure plays a role is:
- Jorge opens his own consulting business after he has gained enough experience working for other firms.
- Employers in Sarah's area require formal verification that she meets all the standards and possesses all the skills required of a professional architect.
<h3>What is the meaning of licensure?</h3>
Licensure is defined as a limited practice or the use of a professional title that requires a license. Thus, prior to the engagement in specific professional activities, such as driving a vehicle on public roads, a license issued under a practice act is required.
Therefore, from the given situations, the perfect option that requires a licensure is seen in Option A and Option D.
Hence, a license issued under this title act prevents licensees from using a certain occupational title, however anybody can execute the activity using a less limited title.
Learn more about Licensure here;
brainly.com/question/26686639
The probability that the error occurred when Engineer 2 made the mistake is 0.462 on the other hand the probability that the error occurred when the engineer 1 made the mistake is 0.538
Explanation:
Let denote the event that the 1st engineer does the work.so we write
=0.7
Let denote the event that the 2nd engineer does the work .So we write
=0.3
Let O denote the event during which the error occurred .so we write
=0.02(GIVEN)
=0.04(GIVEN)
- The probability that the error occurred when the first engineer performed the work is
- The probability that the error occurred when the first engineer performed the work is
Now we need to find when did the error in the work occur so we will compare the probability of the work done by <u>engineer 1 </u>and <u>engineer 2 </u>
<u></u>
<u>lets find the Probability of the Engineer 1</u>
<u>Using Bayes theorem,we get</u>
<u></u>
<u></u> =0.02*0.7/0.02*0.7+0.04*0.3 = 0.014/0.026=0.538
<u>lets find the Probability of the Engineer 2</u>
<u></u> =0.04*0.3/0.02*0.7+0.04*0.3=0.012/0.026=0.462
Since ,0.462<0.538 so it is more prominent that the Engineer 1 did the work when the error occurred