Answer:
Starting in 2014, Penn Foster began introducing online proctoring as an additional option to a face-to-face proctor. Since then, thousands of remote proctored exams have been taken on Penn Foster’s systems, with less than 1% of proctored events flagged for infractions. What does this mean? It means that within this exam environment, students are unlikely to cheat. To simulate a traditional test-taking environment, the student is given strict guidelines regarding what they can and cannot do, including rules for what they are allowed to bring into the room with them, and when they are allowed to leave. The student is recorded via webcam while the testing system controls what the student sees on their screen. For additional identity verification, students are asked to present their license or ID to the webcam. The remote proctoring platform audits the recordings after the fact, and contacts Penn Foster with any reports of infractions.
For students who are unable to take remote proctoring, they must use paper proctored exams. In this case, the student finds someone who meets the requirements to proctor the exam, and Penn Foster verifies the individual. Penn Foster continues to work to switch over all exams to the remote proctor option, via an ongoing programmatic roll-out
Explanation:
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Yes you can just add then subtract then get your decimal put it in the hole and you get your answer hope this helps!!
Me still not understanding
Approximately 32 times much more energy is released in a 6.5 Richter magnitude earthquake than in one with magnitude 5.5 earthquake
- The Richter magnitude scale is simply used to rate or measure the energy that is sent off/released. It is not a straight measure. Richter magnitude is commonly defined as a measure used in knowing the amount of energy released in course of an earthquake. Richter Scale was known to be developed by Charles F. Richter in 1934.
- The above form of earthquake-magnitude scale was said to be invented by Richter and also means a magnitude 6.5 earthquake of Richter produces 32 times more energy or is 32 times stronger than a magnitude 5.5 earthquake
From the above, we can therefore say that the answer Approximately 32 times much more energy is released in a 6.5 Richter magnitude earthquake than in one with magnitude 5.5 earthquake is correct
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