Instructions: Read the following scenario, and then answer the questions that follow. (5 points) How well do you perform under pressure? What if that pressure comes from being surrounded (and possibly judged) by a crowd of people? Imagine a researcher has participants read aloud a speech in front of others. The researcher has between 1 and 10 crowd members observe the speech, and they measure how frequently participants deviate from the script (that is, the number of speech errors the participant makes, such as stuttering over words, mispronouncing words, or adding "ums" or "ers" as they read). Using Number of Observers (X) and Number of Speech Errors (Y), fill in the blank spaces in following chart to assess this relationship: (Hint: Complete this chart offline. Then, answer questions 1 through 5) Number Observers (X) Number Errors (Y) XY 0 6 12 13 AD 14 10 16 Total b = EXY -(EXEY / #) EY - bEX EX- [(X)' /]Regression Assignment #7 (Fall 2020) Instructions: Read the following scenario, and then answer the questions that follow. (5 points) How well do you perform under pressure? What if that pressure comes from being surrounded (and possibly judged) by a crowd of people? Imagine a researcher has participants read aloud a speech in front of others. The researcher has between 1 and 10 crowd members observe the speech, and they measure how frequently participants deviate from the script (that is, the number of speech errors the participant makes, such as stuttering over words, mispronouncing words, or adding "ums" or "ers" as they read). Using Number of Observers (X) and Number of Speech Errors (Y), fill in the blank spaces in following chart to assess this relationship: (Hint: Complete this chart offline. Then, answer questions 1 through 5) Number Observers (X) Number Errors (Y) X2 XY 1 0 6 12 13 14 10 16 Total b = EXY -(EXEY ) EY - bEX EX - [(EX) /m] 0 = 17