The following Minitab display gives information regarding the relationship between the body weight of a child (in kilograms) and the metabolic rate of the child (in 100 kcal/ 24 hr).PredictorCoefSE CoefTPConstant0.84890.41482.060.84Weight0.398630.0297813.520.000S = 0.517508R-Sq = 94. 8 %(a) Write out the least-squares equation.=(b) For each 1 kilogram increase in weight, how much does the metabolic rate of a child increase? (Use 5 decimal places.)(c) What is the value of the correlation coefficient r? (Use 3 decimal places.)

The regression line equation is given by = a + bx Where b = slope of the line a = intercept of the…

The following Minitab display gives information regarding the relationship between the body weight of a child (in kilograms) and the metabolic rate of the child (in 100 Predictor Coef SE Coef Constant 0.8489 0.4148 2.06 0.84 Meight 0.39863 0.02978 13.52 0.000 S- 0.517500 R-Sq - 94.s (a) Write out the least-squares equation. (b) For each 1 kilogram increase in weight, how much does the metabolic rate of a child increase? (Use 5 decimal places.) (c) What is the value of the correlation coefficient r? (Use 3 decimal places.)

The following Minitab display gives information regarding the relationship between the body weight of a child (in kilograms) and the metabolic rate of the child (in 100 Predictor Coef SE Coef Constant 0.8489 0.4148 2.06 0.84 Meight 0.39863 0.02978 13.52 0.000 S- 0.517500 R-Sq - 94.s (a) Write out the least-squares equation. (b) For each 1 kilogram increase in weight, how much does the metabolic rate of a child increase? (Use 5 decimal places.) (c) What is the value of the correlation coefficient r? (Use 3 decimal places.)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.1: Measures Of Center

Problem 9PPS

See similar textbooks