The radius is 1/2 the diameter. In other words, just divide the diameter by 2.
Area = pi*(diameter/2)2 = pi*252 = 1963.50 mm2
A 50mm diameter is equivalent to 5 centimeters or about 1.97 inches. This size is roughly similar to the diameter of a standard coffee cup or a large bottle cap. In practical terms, it’s a moderate size often used in various applications, including engineering and design.
The radius of a circle is half of its diameter. Therefore, if the diameter is 50 mm, the radius would be 50 mm ÷ 2 = 25 mm.
D = 50mm = 5cm Volume of sphere = Pi/6 x D3 = Pi/6 x 125 = 65.45 cubic centimetres (rounded).
The current-carrying capacity of a 50mm² cable can vary based on factors such as insulation type, installation conditions, and ambient temperature. Generally, a 50mm² copper cable can handle approximately 160 to 220 amperes in a three-phase system. For a four-phase system, the capacity may be similar, but it's essential to consult the specific cable manufacturer's guidelines or local electrical codes for precise ratings. Always consider safety factors and derating when planning electrical installations.
The volume in liters of a 100mm long by 50mm diameter cylinder is: 0.196 liters.
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C = ~157.08 mm
NB = Nominal Bore. Bore is the internal diameter of the pipe. The 50 is referring to 50mm (5cm). So it boils down to a pipe with an internal diameter of 50mm.
Area cannot be measured in mm. So an area of 50mm cannot exist and therefore, there can be no answer to this question.
The radius is 1/2 the diameter. In other words, just divide the diameter by 2.
Oh, dude, you're hitting me with some geometry now! So, the radius of a circle is half of its diameter, right? That means if the diameter is 50mm, the radius would be 25mm. And if you want to find the diameter from the radius, just double it! Simple math, man.
Area = pi*(diameter/2)2 = pi*252 = 1963.50 mm2
The weight of a hollow MS (mild steel) pipe is determined by its dimensions and material density. You can calculate the weight using the formula: weight (kg) = (outer diameter - inner diameter) x inner diameter x length x density of MS. The specific density of MS used will affect the weight of the pipe.
The circumference of a circle is: 2*pi*radius or pi*diameter
The measurements of the lens on the Canon 50mm f1.4 is 2 inches long, and 2.9 inches in diameter. The Canon 50mm f1.4 lens is the most common, useful of Canon lenses.