0.05 > 0.01 Simnce both values are to two decimal places, then 'drop' the decimal point 005 & 001 Now 'drop' the prefic zeroes. 5 & 1 Hence 5 > 1 . It follows that 0.05 > 0,01
hundredths or thousandths which is greater?
005 is thicker than 003
Although the numbers are close 4.905 is actually greater than 4.9 by .005. 4.905 - 4.900 --------- 0.005
The 1st decimal number is the greater
009 (9) is greater than 005 (5) by 004 (4)
.002-.005 intake and, .005-.007 exhaust
002+002+001=005
0.05 > 0.01 Simnce both values are to two decimal places, then 'drop' the decimal point 005 & 001 Now 'drop' the prefic zeroes. 5 & 1 Hence 5 > 1 . It follows that 0.05 > 0,01
It depends on the application of the bearings. If inside a gearbox for example, the best fit would be a press fit of .002, meaning the shaft diameter is .002 smaller than the bearings inside diameter (ID). For other applications where spinning of a bearing on a shaft is of less concern, then a slip fit of .005 or greater is fine as long as the bearing doesn't rock back and forth on the shaft.
Yes: 0.005 < 0.0065
hundredths or thousandths which is greater?
005 is thicker than 003
Although the numbers are close 4.905 is actually greater than 4.9 by .005. 4.905 - 4.900 --------- 0.005
.73 (by.005)
The 1st decimal number is the greater
the valve clearance should be set at .002 for the intake and the exhaust