Section 1.1 16 Difference A = 12.672 in B = 3.934 in - in C = 7.134 in D = 2.67 in - .05 mm S = 1 + .041 in H = R = 20 Width between centers = 58 Width = 76 Height = 31 a) b) Yes there is to spare, although this is not much when divided among 9 Design Tolerance Fraction Max Min spaces. Length A = 3 3.7 in ± in 3 in 3 in 3 in B = 5 C = 11 36 in Total Rise = 68 Total Run = 104 80 in A = 109 B = 122 , this design will produce 84 100 in parts. Design Maximum Minimum Tolerance A = 102.506 in Dimension Dimension Dimension B = 75.39 in, this design will produce 96 in ± in in in parts. Area = 89 square inches in ± in in in Perimeter = 39 in ± in in in Width = 2 Height = 1 in ± in in in A = 2 in ± in in in B = 3 , 32 in ± in in in a) 6,320,000,000 V 100.29 in ± in 100 in 100 in 36.62 in ± in 36 in 36 in 80.5 in ± in 80 in 80 in b) .0000000098 A 27 Rows, 41 Columns, this design will c) .00000047 F produce 1107 parts. d) 14,200,000 W 32 Rows, 35 Columns, this design will produce 1120 parts. 4.8 x 105 480 x 103 480 kHz 4.3 x 10-4 430 x 10-6 430 µV 7.5 x 103 7.5x 103 7.5 kW 4.2 x 10-8 42 x 10-9 42 nF A carpenter needs a board that is long that she will cut 6.2 x 107 62 x 106 62MH from a board is long. If the saw blade has a kerf blade (kerf is the thickness of wood that the blade removes with a cut), calculate the length of the left over piece. Approach:
Section 1.1 16 A = 12.672 in B = 3.934 in C = 7.134 in D = 2.67 in S = 1 H = R = 20 Width between centers = 58 Width = 76 Height = 31 a) b) Yes there is to spare, although this is not much when divided among 9 spaces. A = 3 B = 5 C = 11 Total Rise = 68 Total Run = 104 A = 109 B = 122 , this design will produce 84 parts. A = 102.506 in B = 75.39 in, this design will produce 96 parts. Area = 89 square inches Perimeter = 39 Width = 2 Height = 1 A = 2 B = 3 , 32 a) 6,320,000,000 V b) .0000000098 A c) .00000047 F d) 14,200,000 W 4.8 x 105 480 x 103 480 kHz 4.3 x 10-4 430 x 10-6 430 µV 7.5 x 103 7.5x 103 7.5 kW 4.2 x 10-8 42 x 10-9 42 nF 6.2 x 107 62 x 106 62MH Difference - in - .05 mm + .041 in 27 Rows, 41 Columns, this design will produce 1107 parts. 32 Rows, 35 Columns, this design will produce 1120 parts. Design Length Tolerance Fraction Max Min 3.7 in ± in 3 in 3 in 3 in 36.62 in ± in 36 in 36 in 36 in 80.5 in ± in 80 in 80 in 80 in 100.29 in ± in 100 in 100 in 100 in Design Dimension Tolerance Maximum Dimension Minimum Dimension in ± in in in in ± in in in in ± in in in in ± in in in in ± in in in in ± in in in A carpenter needs a board that is long that she will cut from a board is long. If the saw blade has a kerf blade (kerf is the thickness of wood that the blade removes with a cut), calculate the length of the left over piece. Approach:
MTH_63_3rd_Edition_Detailed_Solutions_Section_1.1_Reviewed.docx