for example:  your foot is the same length as the length from your wrist to your elbow, when you spread your arms out the inches from your finger tip to finger tip is equal to your height in inches.
199483
36-24-36  They say are the perfect measurements for a woman.But actually I think the measurements are waist 10 inches smaller than bust and hips 15 inches larger than waist.That would be 36-26-41.
290709
Each part of our body is proportionate with all the rest. So, for example, if you extend your index finger, the length from your thumb to your index finger is the length of your private part. That is the way it is. The average length is more in the realm of 5 to 6 inches. If a guy is especially tall, his may be longer. If a guy is especially short, his may be shorter. But overall that is where it is. Anyone who exaggerates like 7 inches is in a dream world. Hang in there. (smile)\n\nSo the answer is pretty much when we stop growing, in our twenties.
376352
If you want to draw a straight line the same length as the circumference of the circle then first you must measure the radius of the circle. This is the straight-line distance between the centre of the circle and the edge.\n\nThen multiply the length you found for the radius by 2π. This will give you the length of the circumference. i.e:\n\nC = 2πr\n\nTake a ruler and draw a straight line with the same length as the circumference you have just worked out.
465421
since it is right angle triangle, the addition of square of two arms will be equal to the square of hypotenuse.\n\nNow consider the smaller leg is 'x' inches, thus the other leg would be 'x+14' inches and hypotenuse would be 'x+16' inches.\n\nFrom the property of right angle triangle, we have now\n\n(x+16)^2 = x^2 + (x+14)^2\n\nor, x^2+32x+256=x^2+x^2+28x+196\nor, -x^2+4x+60=0\nor, x^2-4x-60=0\nor x^2-10x+6x-60=0\nor x(x-10)+6(x-10)=0\nor (x-10)(x+6)=0\n\nso x can have 2 values -6 and 10. since it is a distance it can not be negative, thus the shortest length of the right angle triangle is 10 inches. The other arm would 24 inches and the hypotenuse will be 26 inches.... (answer is 10,24,26)\n\ncheers:)
187645
arm pit to arm pit plain and simple
96344
I answered a similiar question last week. Here it is:\nif you hold the ruler in front of you at a known distance (say 30 cm) and measure your subject ON THE RULER (say 15 cm) then the PROPORTION of these two distances is the same as the proportion (ratio) of the distance to youur subject to his height:\n15/30 = 183 cm (6 feet) / D . where D is the unkown distance.\nThen , solving for D, D= 183 x 30 / 15 = 366 cm.\nYou can do this because the IMAGINARY TRIANGLES formed by the ruler (the measure of the subject on the ruler) and your lines of sight, and the one formed by the subject and your lines of sight to him are SIMILAR TRIANGLES. \nThat is, they have the same angles and thus, the PROPORTION (or ratio) among any pair of similar sides is just the same.\nThis method was studied originally by Euclid of Alexandria(325BC-265BC) ., a greek mathematician who invented GEOMETRY.\nyou can find more about Euclid on \nhttp://www-groups.dcs.st-and.ac.uk/~hist...
327237
You want it a little bit longer then your arm is.
60795
It depends if you've stopped growing in height yet.  Once you stop growing tall, then you'll know what you have.
12124
Foot-pounds describe a force.\nUsually used to specify a turning force such as a lever.\nThe value is the distance multiplied by the weight.\nSo if you double the length of the lever, you will double the total turning force.
154602
It's depends on her height and corporal constitution for example if she it's between 5'2" a 5' 5" (1,58 m a 1,67 m ) and she is:\nlittle = wrist at least  6" (15,2 cm) \nmedium = wrist between 6" y 6,25" (15,2 cm y 15,8 cm) \nbig = wrist above 6,25" (15,8 cm) \n100 pounds for the first 5'  (1,52 m) & add 5 pounds for each inch (2,54 cm). Example if she it's 5'1" of height her weight should be 105 pounds. If your cousin had 5'3" of height she's not fat.
396063
1 inch = 0.025 4 meter\n1 meter = 39.370 078 74 inch\n60 inch = 1.524 meter\n\n Courtesy of onlineconversion.com
497494
You'll get the same strength(within reason) and the same dimensions using this method.I can't believe noone has answered this question yet.Good luck on the other site!
539692
5N * 3 = 15N\n\nYour arm is a lever in weight training. The input force is at your shoulder, the output force is on your hand, and the fulcrum is your elbow.
368009
No, the sentence as stated is about equality:  It says that h is (i.e. is equal to) your height plus 4.  \nSo h = a + 4.\n\nAn inequality statement could be \nSarah's height exceeds yours by more than 4 inches\nand then you would write\nh - a >4, or\nh > a + 4.
224933
I saw on tv once that the length of your ring finger is supposed to be related to the amount of testosterone in your biological make-up, with a longer ring finger indicating more testosterone, and can vary for men and women.
529183
No, Ideally you should use a pillar for the precise measure. Wrap your hand around the pillar and then measure the circumference. This will be a better measurement. Once you have found out the circumference that your hand can reach (say x inches). \n\nNow using this as the total circumference of a circle find the radius - Pie*R*R = X where R is the radius of the reach of your arms.\n\nOnce you get R , then your height is R*R*R = R cube. \n\nVerify and let me know if it's correct or not.\n\nCheers
85829
if you hold the ruler in front of you at a known distance (say 30 cm) and measure your subject ON THE RULER (say 15 cm) then the PROPORTION of these two distances is the same as the proportion (ratio) of the distance to youur subject to his height:\n15/30 = 183 cm (6 feet) / D . where D is the unkown distance.\nThen , solving for D, D= 183 x 30 / 15 = 366 cm.\nYou can do this because the IMAGINARY TRIANGLES formed by the ruler (the measure of the subject on the ruler) and your lines of sight, and the one formed by the subject and your lines of sight to him are SIMILAR TRIANGLES. \nThat is, they have the same angles and thus, the PROPORTION (or ratio) among any pair of similar sides is just the same.\nThis method was studied originally by Euclid of Alexandria(325BC-265BC) ., a greek mathematician who invented GEOMETRY.\nyou can find more about Euclid on \nhttp://www-groups.dcs.st-and.ac.uk/~history/Mathematicians/Euclid.html