All Civil Engineering Related Formulas|Engineering Formula|Formulas

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How to Calculate a percentage | Calculate percentage | How to calculate

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 Calculating a percentage involves determining a portion of a whole value. Here's the formula: Percentage = (Part / Whole) * 100 To calculate a percentage, follow these steps: 1. Determine the part: Identify the value or quantity you want to calculate the percentage of. Let's refer to it as the "part." 2. Identify the whole: Determine the complete value or quantity that represents the whole. Let's refer to it as the "whole." 3. Divide: Divide the part by the whole. 4. Multiply: Multiply the resulting quotient by 100 to convert it into a percentage. For example, let's say you want to calculate what percentage 25 is of 100: Percentage = (25 / 100) * 100            = 0.25 * 100            = 25% So, 25 is 25% of 100. Hope this helps! Let me know if you have any more questions.
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How to Convert (Cm to Meter and Meter to Cm)

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  Unit Conversation : How to Convert Cm to Meter How to Convert Meter to Centimeter When we Convert Small unit to Big Unit we Divide Both Sides with Conversation Factor. As Above statement We Convert Big Unit to Small Unit  Multiply Both sides with Conversation Factor. For Detail Solution with Example  Watch Vedio :  Click Here Unit Conversation is Very Important for Engineering Students Especially  Here I am Define Complete Method with Example. ------------------------------------------------------------------- Q1: How to Convert 10 Cm into _____Meter? Solution: As We Know that  1 m = 100 Cm So, Conversation Factor is Determined from Question that is (10). Now, Dividing Both sides with Factor 10  1 m/10 = 100 Cm /10  After Calculating I get  0.1 m = 10 Cm . Hence Canclusion  10 cm = 0.1 m. ------------------------------------------------------------------- Q2: How to Convert 4 Meter to _____cm ? Solution: We know That 1 m = 100 Cm ...
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How to Calculate Shear force and Bending moments of a Beam

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 To calculate shear forces and bending moments of a beam, you would typically follow these steps: Step 1: Determine the reactions at the supports - Find the external forces acting on the beam and their locations. - Sum the vertical forces to find the reaction forces at the supports. Step 2: Select a section of the beam - Choose a section along the length of the beam where you want to calculate the shear force and bending moment. Step 3: Draw the free-body diagram - Isolate the selected section of the beam. - Draw all the external forces acting on the section, including the reaction forces from Step 1. Step 4: Calculate the shear force - Sum the vertical forces acting on the section. - Shear force (V) = Sum of the vertical forces at that section. Step 5: Calculate the bending moment - Compute the moment about a point (usually taken at one end of the section). - Bending moment (M) = Sum of the moments about the selected point. Step 6: Repeat for other sections - Move along the length...
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