What is the most accurate formula for the 45 degree installation of the drain pipe, and what is the

The 45-degree installation of the drain pipe can be done with a sinusoidal formula of a triangle.

to calculate. Assuming that the vertical distance is 7 centimeters apart, then the length of the inclined tube of 7 centimeters per vertical can be calculated using the sinusoidal formula, and since it is a right triangle in the installation, and it has been determined that it is 45 degrees, it can be determined that the triangle is an isosceles right triangle.

The formula for calculating an isosceles right triangle is: hypotenuse.

Right angle side (1 sin45°) (i.e., if the vertical distance is already assumed to be 7 cm, it can be converted to 7, which is about 10 cm, so you can achieve the desired size by adding 10 cm of tubes.)

In fact, there is no need to be so troublesome, you can do this, assuming that you connect with 90 degrees, first find the position of both sides to 90 degrees, draw a mark on the top plate, bend 90 degrees as the top angle of the triangle, take the short side of the distance to the 90-degree top angle as the right angle, and then start from the 90-degree top angle to the long side to measure the distance of a short side to draw a good seal, so as to form an isosceles right triangle, and then measure the distance from the connection on the short side to the just drawn mark is the hypotenuse. In addition, the middle of the 45-degree opening is not a position, so cut the error distance of the 45-degree mouth to get the distance you want to get. The amount is the distance in the middle of the quantity. I don't know if you understand this, you have to think about it yourself and try a few times to understand.

I'm a plumber You take the place you want to install as a triangle, measure the longest side, and divide it by the length of the stub you want! Look

Pythagorean theorem? Isosceles right triangle?

Peer. I'm all visual.

Hello, the following answer to your Huailu question: 45 degrees of drainage is the oblique length of the short pipe between 45 degrees of drainage pipe installation, which is equal to the multiple of the horizontal or vertical length. Assuming that the horizontal distance of a certain type of pipe is 30cm, it can be calculated according to this formula:

30, then the length of this 45 degree inclined pipe is. Using this method, the length of the 45 degree inclined pipe required in the construction can be calculated easily and quickly, which brings great convenience to the construction personnel, saves the time of digging and measuring the identification key, and also reduces the error of measurement. After the answer, I hope it can help you.

Hello dear, glad to answer for you! Generally three methods, PVC, the first example is round rock, the main pipe is fifteen centimeters away from the wall, and the toilet is forty centimeters away from the wall, 40-15 = 25, 25 *, 35-18 = 17, 17 + 8 = 25, the specific meaning, calculate the lead to give up the level difference, and then multiply to get a number, use this number to subtract the length of the pipe fitting, plus the length of the socket! The second way, stupid way, use the elbow to measure the Huai cavity bureau, put the tube on, put the 45-degree elbow on it, turn the pipe to the right, and then put the 45-degree elbow on the toilet mouth, measure the length, the third way, different situations and different experiences, 40 minus 15 is equal to 25!

This algorithm relies on experience, for example, the above two empty, the spacing of the empty is 27 cm, and the main oblique tee distance from the top is also 27, then you can cut 27 directly on the oblique pipe! Dear, <>

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Hello, the following is the angle of my drain balancing refers to the angle at which the pipe is inclined on the horizontal plane, if the angle is 45 degrees, you can use the following formula to calculate:1For round tubes:

d = x h where d is the diameter of the pipe and h is the height of the pipe. In the case of a 45-degree inclination, the height of the pipe is relative to the level of the ground, so the correct height value can be obtained by measuring. 2.

For square pipes: d = h sin(45) where d is the diameter of the pipe and h is the height of the pipe. In this case, the height value is the height of the top edge of the pipe relative to the horizontal plane.

By measuring this height value, the required pipe diameter can be calculated. It is important to note that these formulas only apply to drains with a 45-degree slope on the horizontal plane. For other tilt angles, there are different formulas.