Answer:
ACCIDENT PREVENTION RECOMMENDATIONS
Fatal Fact made us to understand some of the prevention techniques as stated below.
1. Use approved ground fault circuit interrupters or an assured equipment grounding conductor program to protect employees on construction sites.
2. Use equipment that provides a permanent and continuous path from circuits, equipment, structures, conduit or enclosures to ground.
3. Inspect electrical tools and equipment daily and remove damaged or defective equipment from use until it is repaired.
Explanation:
In order to gain a better understanding of the answer above let explain some terms
Ground Fault Circuit Interrupters :
A ground fault circuit interrupter (GFCI), or Residual Current Device (RCD) is a type of circuit breaker which shuts off electric power when it senses an imbalance between the outgoing and incoming current. The main purpose is to protect people from an electric shock caused when some of the current travels through a person's body due to an electrical fault such as a short circuit, insulation failure, or equipment malfunction.
So the first statement is implying that in order to prevent this accident that this device (GFCI) should have been used in that construction site, or as an alternative before the construction commenced the company should have drafted a lay down conductor program(i.e. a step by step conductor program) that assured equipment grounding in order to protect employees on construction sites
Answer:
Hold the tape in place and go down to the end.
Explanation:
Okay I believe you I swear
Answer:
Check the explanation
Explanation:
The loop invariant has to satisfy some amount of requirements to be of good use. Another complex factor as to why a loop is the question of loop termination. A loop that doesn’t terminate can’t invariably be correct, and in fact the computation in whatever form amounts to nothing. The total axiomatic description of a while construct will have to involve all of the following to be true, in which I is the loop invariant:
P => I
{I and B} S {I}
(I and (not B)) => Q
Then the loop terminates
