<h3>Hey there! </h3><h3> → </h3><h3>"Greater than" → </h3><h3> → </h3><h3>"Greater than or equal to"→ </h3><h3> →</h3><h3>Now, that we highlighted our key terms , we could now solve our problem (or at least what we're working with) </h3><h3>Answer: (this is what we get if we translated our equation) </h3><h3>But, if we're looking for the value of the "unknown number" () , then let's work on it </h3><h3>So, first we have to divide all of your numbers by a negative 3 ( ) </h3><h3></h3><h3>Cancel: </h3><h3>Keep1: </h3><h3>Keep2: </h3><h3></h3><h3></h3><h3>Therefore for that part of the answer should look like this: </h3><h3>Good luck on your assignment and enjoy your day! </h3><h3>~</h3><h3 />
1. 81.72 2. 10.37 3. 81.72 + 10.37 = 92.09 81.72 - 10.37 = 71.35 4. 81.72 + 2(10.37)= 102.46 81.72 - 2(10.37) = 60.98 5. 81.72 + 3(10.37) = 112.83 81.72-3(10.37) = 50.61 6. no 7. It is not bell-shaped 8. P(>=90) = 15/50 = 3/10 = 30%; 2nd way?? 9. 5 = 68, 12 = 72, 24 = 82, 35 = 89, 43 = 92 10. 80.6 11. no 12. The population mean includes all of the data values and the sample mean only includes the 5 data values.