Divide by (14400*2.54^2). Algebraic Steps / Dimensional Analysis Formula ____ mm²*1 cm² 100 mm²*1 in² 6.4516 cm²*1 ft² 144 in²=? ft² Direct Conversion Formula ____ mm²*1 ft² 92903.04 mm²=? ft²
The theorem uses a side called the "hypotenuse" this is the longest side of any triangle. The formula is x= nn + mm (x is the hypotenuse and n and m are the other sides) Lets say the sides were 3 and 4. x = 3x3 + 4x4 x = 9 + 16 x = 25. This is NOT the finished result, as we still have to SQUARE ROOT this. 25 square rooted is 5. So the sides are 3, 4 and 5
Determine the volume of a dished head.T Head thickness, after forming Sp Spherical radius, internal Kr Knuckle radius, internal D Outside Head diameter Sf Straight flangeInternal diameter, id = D - ( 2 x T )Head depth (less straight flange), Hd = Sp - Sqrt( [ ( Sp - Kr ) 2 - ( ( id /2 ) - Kr ) 2 ]Knuckle, included angle = ArcSin( ( Sp - Hd ) / ( Sp - Kr ) )Depth of Knuckle Section, H1 = Kr x Sin( Knuckle included angle )Depth of Spherical Section, H2 = Hd - H1Temporary variable, A = ( id / 2 ) - KrTemporary variable, B = Sqrt( Kr2 - H12 )Diameter where spherical radius intersects the knuckle radius, D2 = id - ( 2 x Kr ) + ( 2 x B )Volume1 = Pi x A x H1 x [ A + Sqrt( Kr2 - H12 ) ] + [ Pi x ( Kr2 ) x [ H1 + [ A x ArcSin( H1 /Kr ) ]] - [ ( Pi /3 ) x H13 ]]Volume2 = H22 x Pi [ Sp - ( H2 /3 ) ]Volume3 = [ ( id2 x Pi ) /4 ] x Sf ...volume contained in straight flangeHv, head volume ( not including straight flange portion )Hv = ( Volume1 + Volume2 ) /1000000Total Head volume, mm² = ( Volume1 + Volume2 + Volume3 ) /1000000
Glaucoma is a nonspecific term used for several ocular diseases that ultimately result in increased intraocular pressure (IOP) and decreased visual acuity. Acute angle-closure glaucoma (AACG) is an ocular emergency and receives distinction due to its acute presentation, need for immediate treatment, and well-established anatomic pathology.[1] Rapid diagnosis, immediate intervention, and referral can have profound effects on patient outcome and morbidity. The acute angle closure literature has been plagued by the lack of a uniform definition and specific diagnostic criteria. Only in recent years has there been a strong push to standardize the definitions of the various forms of angle closure disease. Primary angle closure, primary angle-closure glaucoma, acute angle closure, and acute angle-closure glaucoma were previously used interchangeable. Now, acute angle closure is defined as at least 2 of the following symptoms: ocular pain, nausea/vomiting, and a history of intermittent blurring of vision with halos; and at least 3 of the following signs: IOP greater than 21 mm Hg, conjunctival injection, corneal epithelial edema, mid-dilated nonreactive pupil, and shallower chamber in the presence of occlusion. Primary angle closure is defined as an occludable drainage angle and features indicating that trabecular obstruction by the peripheral iris has occurred (ie, peripheral anterior synechiae, increased IOP, distortion of iris fibers [iris whorling], lens opacities, excessive trabecular pigmentation deposits). An eye in which contact between the peripheral iris and the posterior trabecular meshwork is considered possible based on ocular anatomy is termed primary angle closure suspect. The term glaucoma is added if glaucomatous optic neuropathy is present.
Eight
1000*sin(3 deg) = 52.3 mm.
1,000 mm per meter.
There are 1000mm per meter.
1000mm per meter.
There are 1000mm per meter.
160mm is 0.16m (1,000 mm per meter).
4768mm equals 4.768m (1000mm per meter).
Typically 18.
There are 1000mm per meter. So, 1000mm = 1m
6.66... slates.
There are 1000mm per meter. So, 3000mm = 3000/1000 = 3m