Cannonballs can be stacked to form a pyramid with a triangular base. Five of these pyramids are shown below. Use these figures in Exercises 15 and 16. a. Use a difference table to predict the number of cannonballs in the sixth pyramid and in the seventh pyramid.b. Write a few sentences that describe the eighth pyramid in the sequence. No Service3:23 AMO 29%chegg.com – PrivateChegg StudyMATHEMATICALEXCURSIONSEdition(3rd Edition) Edit editionby CheggThis problem has been solved:ChapterProblemCH1.215ESCannonballs can be stacked to form a pyramid with atriangular base. Five of these pyramids are shownbelow. Use these figures in Exercises 15 and 16.aj = 1az = 4az = 10ag = 20az = 35a. Use a difference table to predict the number ofcannonballs in the sixth pyramid and in the seventhpyramid.b. Write a few sentences that describe the eighthpyramid in the sequence.Step-by-step solutionStep 1 of 3Refer the figure provided in the textbook.a.Consider the number of cannonballs in the first fiveGet solutions>

Cannonballs can be stacked to form a pyramid with a triangular base. Five of these pyramids are shown below. Use these figures in Exercises 15 and 16. a. Use a difference table to predict the number of cannonballs in the sixth pyramid and in the seventh pyramid. b. Write a few sentences that describe the eighth pyramid in the sequence

Cannonballs can be stacked to form a pyramid with a triangular base. Five of these pyramids are shown below. Use these figures in Exercises 15 and 16. a. Use a difference table to predict the number of cannonballs in the sixth pyramid and in the seventh pyramid. b. Write a few sentences that describe the eighth pyramid in the sequence