What is the metric depth of a piece of paper?
409297
ok here is the thing\nif you are trying to calculate the thickness of a piece of paper you will need some equpment. Even though there is a lot of room for human error you still can get a fair estimate. \n\nwhat you need is 2 extrememly smooth glass plates and a lineat light source say a laser pointer. \n\nput one glass plate on a table place your paper on the side of the glass and put the other glass plate on the top of the two so that you will get a wedge between the two glasses. \n\nnow point the laser pointer perpendicular to the bottom glass plate and place a screen for reflections. you will get multiple reflections. (btw you need to know the frequency of the light emitted from the pointer.)\n\nthis is the set up\nfor calculations do a little search on air wedge interference \n\ni dont think you will need refractive indexes since you are using the same glass\nwith a little algebra you can figure it out
298851
It will have some questions in it. The paper will be less than 60 GSM thick and its color will be off-white. The questions will be printed in black ink. If there are more than one page, then there will be page numbers.
766220
If its distance from the center is less than the radius, it's inside.\n\nYou can find the distance from the center using your handy pythagorean theorem.
850259
here:http://www.cut-the-knot.org/Curriculum/Geometry/AreaOfParallelogram.shtml
930510
Express volume as a function of depth by using the fact that the volume of the frustum is the difference between the volume of two cones and the fact that the ratio between the depth plus 6 inches and the radius at the surface is 12/2:\nV(x)=1/3*(x+6)*pi*((x+6)/6)^2-1/3*6*pi*1^2=pi/108*(x+6)^3-2pi.\nNow differentiate with respect to time, assuming that x is a function of time:\ndV/dt=pi/36*(x+6)^3*dx/dt.\nNow, remember that dV/dt=-3 and x=4, so -3=pi/36*1000*dx/dt, so dx/dt=-27/(250pi).
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100\n\n(10mm=1cm; 10x10=100)
307837
It is actually a standard for paper size measurement, please check this link for more information:\n\nhttp://www.cl.cam.ac.uk/~mgk25/iso-paper.html
790030
Because the focal point is half the distance of the radius of curvature, the focal point is 4 cm.\n\n1/f = [1/d(image)]  + [(1/d(object)]\n\n1/4 = 1/17 + 1/d(image)\n\n1/d(image) = 1/4 - 1/17 = 17/68 - 4/68 = 13/68\n\nd(image) = 68/13 = 5.23 cm
501671
Paper is generally graded by "weight". The higher the weight the thicker the paper. Paper at opposite ends (the thick and the very fine can both be expensive.) Standard notebook/typing paper is generally around 20 lbs.\n\nAlso the material used to make the paper can affect quality and cost. Paper with a linen content for example is of higher quality than your standard wood pulp based papers.\n\nsome extra info here: \n\nhttp://www.techcolor.com/help/paper.html\nhttp://www.cpsa.org/PRODUCT_RESEARCH/PaperMaking.html
663935
Try this site:  www.xrite.com.  They make color measurement instruments (Including B&W) and have a number of resources.  In the printing industry we generally refer to the density of black in terms of percentage.  Solid black is 100%, gray is 50%, light gray might be 20%, charcoal gray 70% and so on.
720350
Find the closest brick like shape lxbxh, also closest spherical shape by mean radius. Then by water displacement find the volume. Then find the surface area taking those regular shapes. Then make an avrage of the two. If the mango is long then take cylindrical shape intead of spherical.\n\nOtherwise put soft, wet tissue paper without much wrinkle like a paste/coating (you may tear some pieces and use small pcs). Then dry it. Peel off carefully. Place on a graph paper and measure. You may cut and paste.
806636
put the image in my picture under my documents.\nhigh light it, on the left side where it says details, it will also give you dimensions of the picture..........resolution
667767
You can refer to this blog to calculate comparative metrics : \n\nhttp://ns-2.blogspot.com/2006/03/how-to-calculate-comparative-metrics.html\n\nGood luck!
285571
what are you trying to ask here? How to read a tape measure?  Well, count the number of spaces between the inch markings.  If there are 8 spacings, then the tape measure is in 8ths, if there are 16, then it's in 16ths.\n\nIf it is in 8ths, the 1/4th will be the 2nd line, the 1/8 will be the first line, and the 5/8 will be the 5th line.\n\nIf it is in 16ths, then the 1/4 will be the 4th line, the 1/8 will be the 2nd line and the 5/8 will be the 10th line.
207083
If you are drawing a blue print of a house, you might want to make one centimeter (100th of a meter) on you paper equal one meter of the actual house.  So if you wanted to draw a room 8 meters long, You would draw only 8 centimeters on your paper.  In other words:\n\n1/100=x/800\n\nMultiply both sides by 800 to isolate x, and you get 8 centimeters.
1058416
It is on old trick to bet someone that they cannot fold a piece of paper 9 times.  Even after 5 or 6 foldings it's not creased anymore, but rather bent.  \n\nIf you fold a piece of paper 9 times, each fold doubles the number of sheets, so you have 2 to the 9th power of sheets, or 512 sheets of paper in thickness (just over 1 ream).  Ever try to fold a ream of printer paper?  \n\nHere's a mind blower for you:  If you could cut (or fold) a sheet of paper 100 times, how thick would it be? \n\nThe answer:  Assuming that each sheet of paper is 100 microns (1/10 of a mm) thick, you would have 1 Googol sheets of paper (10 to the 100 power), and the stack would be about 13.6 billion light years tall, which, incidentally, is more than the estimated diameter of the known universe (about 12.8 billion light-years, according to astronomers).  \n\nNever underestimate powers of 2 ;-)
32433
the square root of newspaper