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Woman: GFR (mL/min) = 1,04*[140-age (year)]*weight (kg)
P - Kr (µmol/L)
Man: GFR (mL/min ) = 1,23*(140-age (year)*weight (kg)
P - Kr (µmol/L) Woman: GFR (mL/min) = 1,04*[140-age (year)]*weight (kg)
P - Kr (µmol/L)
Man: GFR (mL/min ) = 1,23*(140-age (year)*weight (kg)
P - Kr (µmol/L)
What else can I help you with?
What are formulas for Volume and surface area calculations of various solids?
box:length*breath*height cuboid:same as above
Is the surface area the same as area?
No the area is when you are dealing with a 2-dimensional figure. Surface area formulas vary depending on if the object is a rectangular prism, a pyramid, a cone, or a triangular prism. a.k.a. the object needs to be 3-D to have a surface area.
If X 3 inches Y 3 inches and Z 3 inches what is the surface area of the box?
the surface area is 1 inch per square meter if u divide 1.234 into pie the decimal equals only one solid giving you the said calculations
What formulas would find the Surface Area of a right cylinder where h is the height r is the radius and BA is the Base Area?
The formula for the surface area of a cylinder is given by:2�r2 + 2�rhandBA + 2�rh.
Which formulas can be used to find the surface area of a regular pyramid where p is perimeter of the base s is the slant height BA is the base area and LA is the lateral area?
Find the surface area of each individual face and then add them together to give the total surface area of the pyramid.
What are formulas for Volume and surface area calculations of various solids?
box:length*breath*height cuboid:same as above
How is the calculation of creatinine clearance from 24 hour urine collections done?
There is a special device called a toilet hat that you place in the toilet. It fits under the rim. You pee in it, take it out and empty it into a special collection jug set aside specifically for this purpose. After collection of the 24 hour excreted urine,creatinine clearance (CrCl) is calculated using the formula CrCl= (Ucr x V)/ (SrCr x t) where Ucr is creatinine concentration in urine V is volume of urine in ml SrCr is creatinine concentration in the serum and t is the time period of urine collection
What is bearing clearance?
Bearing clearance is the distance between the crankshaft journal and the bearing surface. It is usually referred to as oil clearance, as that's what is occupying the space.
What is the height requirement from range to over the range microwave?
According to NKBA guidlines, 'At least 24" clearance between cooking surface and a protected surface above (this refers to the heat resistant underside of the OTR) or 30" clearance between cooking surface and an unprotected surface above. (wood or other flammable material)
What are the 3 problems of irregular solid?
its volume can only be messured by displacement. it is difficult to equaly devide. it can be difficult to determine density if you are trying to determine the density of the material, not the object.
What are some examples of geometry formulas?
There are different types of geometry formulas such as polygon properties, area formulas, volume formulas, surface area formulas, circle formulas, and perimeter formulas.
What are the formulas of surface area?
LxW or BxH
What is meant by the normal to a surface in physics?
In physics, the normal to a surface is a line perpendicular to the surface at a specific point. It is used to determine the direction of forces or vectors acting on the surface, and it is essential for calculations involving reflection, refraction, and surface interactions.
What are the calculations of finding the volume and surface of a sphere?
sphere surface area = 4 * pi * (radius2) and: sphere volume = 4/3 * pi * (radius3) ( pi = 3.141592654 approx)
Where do you use pi in measurement?
circular calculations. circumference, area of circle, vol of sphere, surface area of sphere, etc.
What is the difference between lateral area and surface area?
the formulas for lateral area dont include the figures bases. surface area does.
What is moment of inertia of surface area?
The moment of inertia of a surface area is a measure of how its mass is distributed around an axis of rotation. It is calculated based on the shape and size of the surface, as well as the distribution of mass within the surface. It is an important factor in physics and engineering calculations involving rotational motion.
