Question 34 0 / 1 point Consider two subjects, one male and one female of the same weight and the same cholesterol level. If the male subject participates in a healthy diet program and reduces his weight by 10 pounds, by how many units (to the nearest hundredth) do we expect his blood pressure will be different from the female subject (assuming nothing has changed for her)? O 16.89 O 18.00 6. 32 O 19.35Part IX - Questions 31-34 Data Analysis A multiple linear regression model is built, with diastolic blood pressure (mmHG) set as the DV, and gender ("male"), weight (in pounds), and cholesterol level (in mg/dl) are independent variables. Male takes a value of 1 for male and 0 for female. Given the following table, https://brightspace.nyu.edu/d21/Ims/quizzing/user/quiz_submissions_attempt.d21?isprv=&qi=222227&ai=1275479&isInPopup=0&cfql=0&fromQB=0&fromSubm... 17/19 4/22/23, 10:48 AM : Final Exam NEW - Biostatistics for Public Health, Section 001 - NYU Beta Variable Coefficient Standardized | Significance Coefficient Intercept -50.542 0.000 Male 18.123 0.124 0.003 Weight 0.123 0.585 0.030 Cholesterol 1.180 0.443 0.234A multiple linear regression model is built, with diastolic blood... A multiple linear regression model is built, with diastolic blood pressure (mmHG) set as the DV, and gender ("male"), weight (in pounds), and cholesterol level (in mg/dl) are independent variables. Male takes a value of 1 for male, and O for female. Given the following table, Beta Variable Coefficient Standardized Significance Coefficient (p-value) Intercept -50.542 0.000 Male 18.123 0.124 0.003 Weight 0.123 0.585 0.030 Cholesterol 1.180 0.443 0.234 Image transcription text Beta Variable Coefficient Standardized Significance Coefficient (p-value) Intercept -50.542 0.000 Male 18.123 Er 0.124 0.003 Weight 0.123 0.585 0.030 Cholesterol 1.180 0.443 0.234 ex Lea Q1. The coefficient for "male" can be interpreted as: . A. Males and females have no difference in blood pressure, controlling for other predictors