In M6 x 1 6g and M6 x 1 6h thread gauges, 6g & 6h are the two different tolerance class for M6 thread. Normally 6g gauge is used for without plated thread and 6h gauge is used for plated thread,(if specific criteria is not mentioned).
6g+3000g - 3006g OR 3.006kg
3/2g + 1/6g = -3 9/6g + 1/6g = -3 10/6g = -3 5/3g = -3 5 = -9g g = -5/9
If: -6g+36 = 12 then the value of g is = 4
If: -6g+36 = 12 then the value of g is = 4
6000 mg
Metric fastener size designation nomenclature. As fully explained in ISO 965-1, Sect. 5, metric fastener size designations always begin with capital M or MJ followed by fastener nominal diameter and thread pitch, both in units of millimeters (mm), separated by the symbol "x", as follows. M10 x 1.5-6g-S means metric fastener thread profile M, fastener nominal size (nominal major diameter) 10 mm, thread pitch 1.5 mm, external thread tolerance class 6g, and thread engagement length group S ("short"). If referring to internal thread tolerance, "g" would be capitalized. A fit between threaded parts is indicated by internal thread tolerance class followed by external thread tolerance class separated by a slash; e.g., M10 x 1.5-6H/6g.
please answer me for this question
Yea they grow back :)...I have 2g s also...and if I dnt have them in for a week they shrink down to a 6g /: but if you want them to grow back just leave them out for about a month...
6g
1g = 100cg 6g x (100cg/1g) = 600cg
1g = 100cg 6g x (100cg/1g) = 600cg
6g+3000g - 3006g OR 3.006kg
3/2g + 1/6g = -3 9/6g + 1/6g = -3 10/6g = -3 5/3g = -3 5 = -9g g = -5/9
Rhodamine 640 is a red-emitting dye while Rhodamine 6G is a green-emitting dye. Rhodamine 6G has a higher fluorescence quantum yield and is more photo-stable compared to Rhodamine 640. Additionally, their absorption and emission wavelengths differ, with Rhodamine 640 having higher absorption and emission wavelengths than Rhodamine 6G.
g = (-1). 18 + 6g = -12g 18 = -12g - 6g 18 = -18g -1 = g
This sounds like an easy question, but the answer depends on which type of thread call-out you are trying to read. There are multiple types of screw threads and each has its own call-out; but many are similar in syntax. The most common screw thread style in the USA is the UN-series. These screw threads are specified in ANSI/ASME B.1. An example of a UN-series thread call-out is: 1/4"-20 UNC-2A Decoded it is: Nominal Major Diameter (1/4")-Threads-per-inch (20) Type of thread (UN) Sub-thread-series (C)-Class-of-fit (2A) An example of the M-series thread call-out is: M16x1.5-6g Decoded it is: Type of thread (M) Nominal major diameter (16) Thread pitch (1.5) class-of-fit (6g) For more detailed information here is a link to a nice PDF book which gives very clear basic information on screw threads: http://www.ring-plug-thread-gages.com/ti_starret.pdf. I do hope that you found this information helpful.
6G means the pipe is positioned at a 45o angle.