a) Draw a best-fit line by hand or use the linear-regression feature of GraphicalAnalysis, and determine the slope. The slope can be used to determine the acceleration of the ball on an incline of any angle.b) Repeat the analysis for the low friction dynamics cart. DATA TABLENumber ofbooks123Number ofbooks123Height ofbooks, h(m)0.760-1150.154Height ofbooks, h(m)0.0760.1150.154Length ofincline, x(m)0.80.80.8Length ofincline, x(m)0.80.8Data using ballsin(6)trial 1(m/s²)sin(8)7.64IS. IS15.86Data using carttrial 1(m/s²)2.2263.5184.17Determining g on an InclineAccelerationtrial 2(m/s²)trial 3(m/s²)7.64 7.5516.5813.0919.62Accelerationtrial 2(m/s²)21.14trial 3(m/s²)2.328 2.2993.8153.6404.084.08Averageacceleration(m/s²)7.6114.9418.87Averageacceleration(m/s²)2-2843.6584.11 average acceleration141210HENOX: dala using ball•: data using corttootAOdata using baltdata using cartsine#

How to find :Now use this formula to find .

DATA TABLE Number of books 1 2 3 1 2 3 Height of books, h (m) 0.76 0-115 0.154 Number of Height of books books, h (m) 0.076 0.115 0.154 Length of incline, x (m) 0.8 0.8 0.8 Length of incline, x (m) 0.8 0.8 0.8 Data using ball sin(8) trial 1 (m/s²) sin(8) 7.64 15. 15 15.86 Data using cart trial 1 (m/s²) 2.226 3.518 4.17 Determining g on an Incline Acceleration trial 2 (m/s²) 7.64 7.55 16.58 13.09 19.62 21.14 Acceleration trial 2 (m/s²) trial 3 (m/s²) 2.328 3.815 4.08 trial 3 (m/s²) 2.299 3.640 4.08 Average acceleration (m/s²) 7.61 14.94 18.87 Average acceleration (m/s²) 2.284 3.658 4.11

DATA TABLE Number of books 1 2 3 1 2 3 Height of books, h (m) 0.76 0-115 0.154 Number of Height of books books, h (m) 0.076 0.115 0.154 Length of incline, x (m) 0.8 0.8 0.8 Length of incline, x (m) 0.8 0.8 0.8 Data using ball sin(8) trial 1 (m/s²) sin(8) 7.64 15. 15 15.86 Data using cart trial 1 (m/s²) 2.226 3.518 4.17 Determining g on an Incline Acceleration trial 2 (m/s²) 7.64 7.55 16.58 13.09 19.62 21.14 Acceleration trial 2 (m/s²) trial 3 (m/s²) 2.328 3.815 4.08 trial 3 (m/s²) 2.299 3.640 4.08 Average acceleration (m/s²) 7.61 14.94 18.87 Average acceleration (m/s²) 2.284 3.658 4.11

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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