32 AMP Plug To 16 AMP Socket 240V Blue 4mm HO7RN-F Changeover Lead

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To calculate the greatest common factor (GCF) of 16 and 32, we need to factor each number (factors of 16 = 1, 2, 4, 8, 16; factors of 32 = 1, 2, 4, 8, 16, 32) and choose the greatest factor that exactly divides both 16 and 32, i. cable loop in and out with a 20mm gland on sockets no probs / 30 amp use 25mm glands so you can easily get 2 x 4. Your suggestiom to move from bit bashing (base2) to bytes ( base256) and maybe even words ( base 65535) to do the long division might have some merit ( given that we would constrain the values so that the answer always fits into a word to prevent overflow) I tried to think how to do this starting by dividing the high word by the divisor (/) which should almost always give a result of zero and maybe a remainder (//) which if not zero will always be less than the divisor. The Winntec from SIP 32/16 Ton Air Hydraulic Jack is a dual-stage jack built to safely ascend and descend with air, 2 extensions for more height, and a chromed piston and main ram. However, PICAXE does allow 16-bit by 8-bit divide ( and 16-bit by 16-bit ) and there are three overlapping groups of 16-bits in a 32-bit number.

I've been tidying up my above code, using word variables and a few extra lines to emulate an overflow/carry flag for the numerator. The ENCS63/415/S13/32/16 has a 63 Amp Panel Inlet by Mennekes and 9 different outlets, each protected by a Type A RCD and C Curve MCBs by ABB or Doepke. You can't go anywhere because the divisor is greater than msb and greater than lsb, any division result is always zero and remainders are the same as the numbers you started with. We shift the divisor left until it's the largest number less than the quotient, keeping track of by how much we have shifted it by. We have been making spokes here for over 100 years, so if you can't find what you're after - get in touch!

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For me I have found the range limits and resolution of the current 16/8 divide are a massive hinderence and very confusing for most even when trying to do very simple things. Not perfect in the shifting the divisor and bitMask but seems to work for 1000/3 = 333 and 123456789/100000 = 1234, so with a bit of tweaking should work .Please note that the PIC chips (PIC12xxxx some earlier and PIC16xxxx current ) used for the PICAXE range of microcontrollers are in fact only 8-bit chips in terms of data width. When checking for "device compatibility" of the code, I was rather horrified to discover that my "little bit of code" posted there (which IMHO is written quite efficiently) is too large for devices like the 14M. result is in w5, remainder in w2, w3 = 0As indicated by westaust, PICaxe basic does not support 16-bit by 16-bit multiplication so I certainly wouldn't expect native 32-bit divison.