what is the lenght of the shortest spring contact probe? where to get it?
545770
Pacific Nanotechnologies has probes that they are measuring in nanometers!
767488
Divide the 1000 pounds by the 7 inches.\n\nThis will tell you how many pounds is required for each inch of compression.  Now multiply that by the additional 5 inches.  This will tell you how many more pounds of compression is required for the extra 5 inches of spring.\n                                              \nEdit:  I see this as being 714.285714
1186163
morse tapers come in various sizes from 0 up to a 8 which is huge,is it a hand held or a freestanding one? go to engineer or shop they will tell you just by looking,as i would if i could see it. but alas i cannot
49759
A comparable question: How long is a piece of string?
752320
10 micron.  no need to give long detailed answer to a simple question!!
104678
How long is a piece of string?\n\nYour question is far too general to be answered.
587571
Two approaches that I can think of from a non-physicist.\n\n1. Simply a marker over how far back it physically recoils; or\n2. A spring scale fixed to a point that measures the peak force pulling back against it (you could also use a G meter if available).\n\nGood luck
625793
To solve, one needs to know the length of the thread.
878674
Use the micrometer caliper to measure the diameter of the copper wire. \nThe micrometer caliper is used to measure distances with more precision than a vernier caliper. It has a 0.5 mm pitch screw, this means that you read millimeters and half millimeters along the barrel. Every revolution of the ratchet knob will open the jaws a half millimeter. The sleeve is divided into 50 divisions corresponding to one hundredth of a millimeter (0.01 mm) each. To take a measurement place the object between the anvil and the spindle, grip the ratchet and turn until the object is lightly gripped, do not overtighten. The first part of the measurement is taken from the barrel, each division is 0.5 mm, note that the millimeters and half-millimeters are on opposite sides of the line. Next obtain the reading of the sleeve and add this value to the reading you obtained from the barrel. \n1. Obtain the reading when the surfaces of the anvil and the spindle are in contact. This is the zero reading of the micrometer caliper, it can be either positive or negative. Record the zero reading to 0.0001 cm.
96567
got a dandy.....even though  it  seems  difficult   youll  break through  and  find  out  you can  almost  measure  anything....try  this  because  i dont  know  what  type  of  equipment  you have....in  search  bar  go.....vernier  read .. hit search..the  NTNU site java  is  excellentyou you can  even  practice  measuring  on  line.....reading  a  vernier  is  good too.....check  them  all
799062
All you have to do is write an equation for the displacement of the springs as a function of x.  When the the particle is pulled to any x, the springs form 2 right triangles with the x and y axes:\n\n&#92;\n &#92;\n  @\n /\n/\n\nso lets call the length of the stretched springs h and define the displacement d = h-L:\nh^2 = x^2 + y^2\ny = L\nh^2 = x^2 + L^2\nh = sqrt(x^2 + L^2)\nd+L = sqrt(x^2 + L^2)\nd = sqrt(x^2 + L^2) - L\n\npotential in a spring is equal to 1/2 times the constant times the displacement squared.  So for one spring:\n\nPE = 0.5*k*d^2\nand for both springs, double it:\nPE = k*d^2\nPE = k*(sqrt(x^2 + L^2) - L)^2\n\nTo find the forces you have to do some more trig.  The total force of one spring equals k times the displacement.  In the y direction, you know that the net forces will always be 0 because the two springs cancel out.  In the x direction, the x components will be added.  x components are found be multiplying the magnitude times cos(theta) where theta is the angle formed. So:\n\nF_y = 0\nF_x = k*d*cos(theta) + k*d*cos(theta)\nF_x = 2*k*d*cos(theta)\nF_x = 2*k*(sqrt(x^2 + L^2) - L)*cos(theta)\n\ncos(theta) = adjacent/hypotenuse\ncos(theta) = x/h\ncos(theta) = x/(d+L)\ncos(theta) = x/(sqrt(x^2 + L^2) - L +L))\ncos(theta) = x/sqrt(x^2 + L^2)\n\nF_x = 2*k*(sqrt(x^2 + L^2) - L)*x/sqrt(x^2 + L^2)
93031
Check this out...\n\nhttp://home.inter.net/eds/paper/inchmetric.html
26736
look up stuff like static friction, and your coefficient of friction...
604954
How long is a piece of string?
1127388
Here is a list of the gauges i've heard of:\n12\n\nHope that is helpful.
93551
Length change and material stiffness change are both pretty small in metals.  Nonmetallic (e.g., elastomer) springs can have larger changes of both kinds and become noticeably weaker.
1059084
Physikalisch-Technische Bundesanstalt (PTB)  \n... Diving bell manometer and pressure balance with digital display ... low viscosity and low surface tension), the diving bell manometer of the type represented above is a classical device ...www.ptb.de/en/org/3/32/323/f_u_e/ta_gl_ma.htm - 9k - Cached - More from this site - Save\nPIRA 2B35.00 MEASURING PRESSURE  \n... barometer in a tall bell jar. M-22b.1. A tall bell jar containing a mercury barometer is evacuated ... 2B35.35. magnifying manometer. AJP 29(2),123 ...www.wesleyan.edu/physics/demos/pirabib/2fluid/2B35.html - 4k - Cached - More from this site - Save\nHM 650 Hydronic Manometer - Alnor  \nThe Alnor HM 650 Hydronic Manometer measures fluid pressure, either differential or gage. ... HM 670/HM 680 Hydronic Manometer. Alnor hydronic manometers measure fluid pressure (differential and gauge), temperature ... Also includes ITT Bell & Gosset read-out probes ...www.alnor.com/hydronic/hydronic_models.htm - 17k - Cached - More from this site - Save\nCuffs & Scopes  \nWhen you're ready, click here to be taken to the ORDER form. Prosphygtm 775. An economical pocket aneroid sphygmomanometer. Black enamel 300mmHg no pin stop manometer. ... Black enamel 300mmHg no pin stop manometer. Navy blue nylon cuff with range markings to facilitate ... acoustic response of a. traditional bell and diaphragm into a convenient one ...www.alluneedems.com/Cuffs & Scopes.htm - 25k - Cached - More from this site - Save\nAmerican Diagnostic Corporation - Catalog Page  \n... Warranty Service. Manometer Accuracy. Manometer Certification. Manometer Testing. Mercury Spill Clean up ... from a pediatric diaphragm to an adult bell. Chestpiece precisely machined to ...www.adctoday.com/ecatalog/catpage.php?itemnum=601BK - 13k - Cached - More from this site - Save\nAllmed.net :: Catalog :: LATEX-FREE ZONE :: Diagnostics  \n... pocket carry case measuring 7" x 6" x 7".Gear free shock resistant manometer with 5 year warranty ... acoustic response of a traditional bell and diaphragm into a convenient one ...www.allmed.net/catalog/category/74 - 23k - Cached - More from this site - Save\nF.W. Bell 4080 (114173) ELF Meters calibrate calibration  \n... Air Velocity / Manometer. Gas Detection / Environmental ... Bell 114173, F.W. Bell FW-4080, Bell 4080 (114173), Bell 114173, Bell FW-4080 ...www.davis.com/showpage.asp?L3ID=649 - 39k - Cached - More from this site - Save\nF.W. Bell 5060 5070 5080 Gauss/Tesla Meter calibrate calibration  \n... Air Velocity / Manometer. Gas Detection / Environmental ... Bell 5080 (115080), F.W. Bell 995, Bell 5080, Bell 115080, Bell 5080 (115080), Bell 995 ...www.davis.com/showpage.asp?L3ID=1496 - 50k - Cached - More from this site - Save\nTraining  \n... line is connected to one limb of the manometer, the fluid in that limb will be forced down ... apparent weight of the bell. As the bell rises, there is less ...members.tripod.com/~Instengram/pressure.html - 72k - Cached - More from this site - Save\nSmart Manometer  \n... Instrumentation Astromed AVO Baker Balmac Barnant Company Bell Technologies Bentley Nevada Beta BIDDLE BK Precision ...www.test-equipment-rental.com/meriam-350.html - 21k - Cached - More from this site - Save