# Ma sdescriptivo

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• Publicado : 24 de noviembre de 2010

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R10

1.
0.050¨
+0.002¨
0.052¨ * 25.4mm = 1.32mm

2.
0.125¨
+0.005¨
0.130¨ * 25.4mm = 3.30mm

3.
0.200¨+0.008¨
0.208¨ * 25.4mm = 5.28mm

4.
0.250¨
+0.010¨
0.260¨ * 25.4mm = 6.60mm

5.
0.300¨
+0.014¨
0.314¨ * 25.4mm = 7.92mm

6.
0.350¨+0.014¨
0.364¨ * 25.4mm = 9.24mm

7.
0.400¨
+0.016¨
0.416¨ * 25.4mm = 10.56mm

8.
0.450¨
+0.018¨
0.468¨ * 25.4mm = 11.88mm

9.
0.500¨+0.020¨
0.520¨ * 25.4mm = 13.20mm

10.
0.550¨
+0.022¨
0.572¨ * 25.4mm = 14.52mm
R 11

1.316+1128=25128 = 0.195¨ (25.4mm)= 4.96mm

2.

14+164=17128 = 0.265¨ (25.4mm)= 6.74mm

3.

516+3128=43128 = 0.335¨ (25.4mm)= 8.53mm

4.

38+5128=53128 = 0.414¨(25.4mm)= 10.51mm

5.

12+364=3564 = 0.546¨ (25.4mm)= 13.89mm

6.

916+7128=79128 = 0.617¨ (25.4mm)= 15.67mm

R 12
Legibilidad de 1/64 capacidad del nonio 4/64 encualquiera de los 2 escalas

1.
1/4 + 1/16 = 17/64 = 0.265¨ (25.4mm) = 6.74mm

2.
5/16 + 2/64 = 11/32 = 0.343¨ (25.4mm) = 8.73mm

3.
3/8 + 3/64 = 27/64 = 0.421¨ (25.4mm) =10.71mm

4.
9/16 + 1/64 = 37/64 = 0.578¨ (25.4mm) = 14.68mm

5.
11/16 + 2/64 = 23/32 = 0.718¨ (25.4mm) = 18.25mm

6.
3/4 + 3/64 = 51/64 = 0.769¨ (25.4mm) = 20.24mm

1.
1.04
25.4 = 0.04

2.
4.10
25.4 = 0.16

3.
11.18
25.4 = 0.44

4.
17.30
25.4 = 0.68

5.
20.36
25.4 = 0.80