im 5ft6. tall, how do i convert that to c.m?
362534
1 FT = 12 INCH\n1 INCH = 2.54 CM\n\nTHERE FORE:\n\n5 FT + 6 INCH = 66 INCHES\n66 INCHES = 167.64 CM
713362
35.8 mi/hr * (1hr/60min) * (1min/60sec) * (5280ft/1mi) * (12in/1ft) * (2.54cm/1in) * (1m/100cm) = your answer\n\nnotice in each fraction... the top is actually equal to the bottom, but in different units... so you can put whichever one you need on the top or bottom, either way it equals 1... so you just manipulate them based on what you start with and what you need.  i started by converted the hour to seconds, then followed by converting the miles to meters.\n\nI don't remember the other conversions, but you should have them in your text cover and just follow the same method.  Hope this helped.
710992
Take the value of the height* and multiply the height to itself.\n \n(height times height) = height squared\n\n*Make sure that the heigh has been converted  all to inches,\n OR all to feet, first.\n\nREMINDER: 1 foot = 12 inches\n\nex.  5 ft. 2 in.  = ? inches  \n\n5 ft. x (12 in. / 1 ft.) + 2 in.  \n60 in. + 2 in. \n62 in.\n\n5 ft. 2 in.  =  62 inches\n\nAND,\n\n(inches times inches) = inches squared \n\n(62 in. X  62 in.) = 3,844 inches squared\n\nTherefore,  BMI=weight divided by ( inches times inches)\n\n\nGood Luck!
916393
The first thing you need to do is to have the same units. This applies to any measurement question. If it were 20g as a percentage of 30kg, you'd need to have both terms in the same units before moving on.\n\nIT makes the most sense to convert 3 metres to centimetres (so that we aren't dealing with decimal numbers), which is, of course, 300 cm. \n\nSo, now you have 20 cm and 300 cm. This is like having a mark of 20 out of 300. So, you do 20/300 then multiply by 100 to have a percentage mark.\n\n20/300 * 100 =6.67% (or to whatever decimal place you are supposed to give your answer)
920761
BMI =\n( kg/m² )(weight in pounds * 703 )\n————————————\nheight in inches²\n\n- or take your weight (in kilograms),  \nand divide by your height (in meters) squared.\n\nBelow 18.5Underweight\n18.5 -24.9Normal\n25 - 29.9Overweight\n\nLean Body Weight (men) = (1.10 x Weight(kg)) - 128 ( Weight2/(100 x Height(m))2)\nLean Body Weight (women) = (1.07 x Weight(kg)) - 148 ( Weight2/(100 x Height(m))2)\n30 & AboveObese
551948
if 25 the unit is cm then its 4.34 m
662053
According to a health book I read, you're somewhat underweight. Here's how you find your correct weight. 5' tall= 100 pounds. Then add 5 pounds/inch, so you'd weigh 125 lbs., then measure around your wrist, over the bone, and add or subtract 5 lbs. for each 1/2 inch under or over 5".
313674
2.54 cm per in\n5'6"=66"\n66x2.54=167.64cm\n\ngo here and try it, the other answers have been wrong
875778
easiest formula for calculating ideal body weight for adult women.\nIt is called the Metropolitan method.\n\nFor the first 5 feet of height count 100#, then add 5# for every\nadditional inch of height. This will give you your ideal weight.\nThen there is a variance of 10% each way and you still are in the Ideal body weight range.\n\nExample: Person is 5'6"tall\n100# (first five feet)30#(5# each additional foot)\nIdeal body weight=130# (+/-(10%)\nThe ideal body weight range for this woman would be:\n117-143 lbs.
421399
6 degrees from upright.
1131192
To determine your proper frame size, you’ll first need to get an accurate inseam measurement . Stand with your back against a wall, your bare feet 6" apart on a hard floor, \nlooking straight ahead.\nPlace a book or carpenter’s square between your legs with one edge against the wall, and pull it up firmly into your crotch, simulating the pressure of your saddle while riding. Have a helper measure from the top edge of the book to the floor, in centimeters. (You can convert inches to centimeters by multiplying inches by 2.54.) Repeat two or three times, for consistency, and average the results to get your inseam length. \n\nSource(s):\nFrame size refers to the length of the frame’s seat tube. Pro frames are measured along the seat tube in one of two ways, center-to-top (C-T) or center-to-center (C-C). C-T measures the distance from the center of the bottom bracket to the top of the top tube or seat lug (See image bellow). C-C measures from the center of the bottom bracket to the center of the top tube. Since C-T measures to a point higher on the frame, a frame measuring 55cm C-T would also measure roughly 53.5–54cm C-C, a difference of 1–1.5cm.\n\nTo size your C-T road frame, we use a guideline of .67 x inseam length. For example, if you have an 85cm inseam, your C-T frame size would be .67 x 85cm, or 57cm.\n\nLeMond’s formula, from his former coach, Cyrille Guimard, establishes C-C size by the formula .65 x inseam length, which yields virtually the same frame size when you add the 1–1.5cm difference between C-C and C-T. \n\nLarger riders (6'0" and up) may find that this formula puts them on a too small, and uncomfortable, road frame. A taller cyclist who wants a more comfortable frame may be better off selecting a frame 27–28cm less than inseam length, C-T.\n\nFor a mountain bike, we start by recommending a frame in the range of 10–12cm smaller than you take in a road frame. For example, if you ride a 55cm C-T road frame, look for a 43–45cm (17–18") C-T mountain frame
341052
Depends how tall you are.
810363
The best is sitting in your time machine, fly to the future and discretely check your height.\n\nBut seriously, look at these articles, describing how future height can be estimated:\nhttp://www.darpa.mil/sto/space/pdf/Marino_KASSPER_03.pdf\nhttp://www.agu.org/pubs/crossref/2006/2005RS003405.shtml
814464
6 feet and 6 inches...
184209
no, you are not.actually a person with that height can go upto 67 kg.u r just fit and normal..don't be worried about such silly stuffs. just take care to maintain your weight through proper eating and excercise.
367601
5'6" height\n168 weight
431620
Take your weigth in kilos and divide by the square of your length in meters. \nOverweight starts at 25. Your result is 24.2, so you are at the limit. \n\nLose 5 kilos and you are perfect.