what are the units of tablet hardness?
355325
Newtons, or sometimes kilograms
680163
Tablets...generally about an hour\nLiquid Gels...about 30-45 minutes
219074
Depends what country you buy it in, more than anything else.  The two most common are English and metric.  English starts with fluid ounces as smallest unit, metric starts with milliters as the smallest.\n\nWhat else might your question mean?
287264
newton (N)\ndyne (dyn)             10.0 µN \ngrain-force (grf)            635.4602 µN \ngram-force (gf)          9.80665 mN \npoundal (pdl)        138.2550 mN \nounce-force (avdp) ozf        278.0139 mN \npound-force (lbf)      4.448222 N \nkilogram-force (kgf)      9.80665 N \nkilopond (kp)      9.80665 N \nsthène (sthène)  1.0 kN \nkip (= 1 000 lbf) (kip)  4.448222 kN \nUS ton-force (= 2 000 lbf) (short) tonf (US)  8.896443 kN \ntonne-force (= 1 000 kgf) (metric) tf  9.80665 kN \nUK ton-force (= 2 240 lbf) (long) tonf (UK)  9.964016 kN
692505
Where are you getting those numbers?  A generic, maybe?  This is some information on the strengths and markings of Percocet tablets (the small number is the strength of the oxycodone and the big number is the strength of the acetaminophen):\n\nPercocet is supplied as follows: \n\n7.5 mg/325 mg: Peach oval-shaped tablet debossed with "PERCOCET" on one side and "7.5/325" on the other. \n\n10 mg/325 mg: Yellow capsule-shaped tablet debossed with "PERCOCET" on one side and "10/325" on the other. \n\n2.5 mg/325 mg: Pink oval tablet embossed with "PERCOCET" on one side and "2.5" on the other. \n\n5 mg/325 mg: Blue, round, tablet, embossed with "PERCOCET" and "5" on one side and bisect on the other. \n\n7.5 mg/500 mg: Peach capsule-shaped tablet embossed with "PERCOCET" on one side and "7.5" on the other. \n\n10 mg/650 mg: Yellow oval tablet embossed with "PERCOCET" on one side and "10" on the other.
957231
I dint know about British standards but and American standard "B7" hardness should handle that stress (probable with a lot of over-kill)
834102
1)  I'm not entirely sure.  It may just be the preference of that publisher, or just that the quantities being compared were not measured more accurately than to two places.\n\n2)  The coeffecient of friction is basically a measure of how well two surfaces slide against one another.  Pressing down simply increases the force, it does not necessarily change the structure of the surfaces in contact.\n\n3)  The coefficient of friction has no units because it is a ratio.  If you were to write out the units being compared in a fraction, say 2 Newtons / 4 Newtons, the units would cancel out when divided.
73838
Its' probably a rounding error. It would depend on which masses for the elements you use, how precise you want to be.
92140
there are seven base si units\n\nmetre (m)\nsecond (s)\nkilogram (kg)\nampere  (A)\ncandela\ncoulomb (C)\ncant remember the last one\n\n#edit# yup its kelvin,thanks
841807
625 g X(0.85) = 531.25 g of Acetaminophen in one tablet. \nThe molecular weight of APAP is 151.17 g/mol\n531.25 g (total APAP)  X 1 mol/151.17g = 3.5 moles\n\n***The tablets weigh 625 MG, not G. You may want to be sure that's the question.  If it is supposed to be MG, then it would be 3.5 mmol (or 0.0035 mol)
983191
Depends what medium is eroding it.\nI think you're looking for the hardness scale.
89909
Use this webpage...use the drop down menu to choose different units....good luck!\n\nhttp://www.matweb.com/tools/conversion.asp
43558
Imprint Code: L484    \nDrug/Strength/Manufacturer: Acetaminophon 500mg - Tylenol - Perrigo \nDescription: Tablet - White - Cap-Shaped  \n\n\nImprint Code: GG225    \nDrug/Strength/Manufacturer: Promethazine Hydrochloride 25mg - Quality Care \nDescription: GG 225 - Tablet
29071
Well, look in the periodic table of the elements and find the molecular weight. The molecular weight tells you how many grams are in one mole of that element. Once you know the amount of grams that correspond to 1 mole, you do the math.\nGood luck!
955533
Fracture toughness  \nUnit Name Symbol SI Equivalent  \n· ksi-sqrt(inch)  \n ksi-sqrt(in)  1.09884x106 Pa-sqrt(m)  \n· MPa-sqrt(meter)  \n MPa-sqrt(m)  1x106 Pa-sqrt(m)  \n· Pa-sqrt(meter)  \n Pa-sqrt(m)  1 Pa-sqrt(m)  \n· psi-sqrt(inch)  \n psi-sqrt(in)  1098.84 Pa-sqrt(m)
859821
2.2 gram\nu can calculate it by the molarity formulae
47770
Here is a link to a "Polymer Physical Property Comparison Chart."\nhttp://www.lauren.com/Technical_Info/physical_properties.asp