Length of helical stirrups = 3.14*d*n + p*n
d= diameter
n= no. Of turne ( = height/ pithh)
p = pitch of helical stirrups
-- Find the length of one side. -- Find the length of another side. -- Find the length of the remaining side. -- Add the three numbers. -- Their sum is the perimeter of the scalene triangle.
For a rectangle, area equals length times width. To find the length given the width and area, divide the area by the width.
width = (perimeter-2*length)/2
You measure it.
You can measure it.
The cochlea and the stirrups are all part of the inner ear system. The cochlea looks like a twisting snail's shell, and the stirrups look like stirrups on a horse saddle.
8 Dia
The word "stirrup" refers to a number of objects. First, there are the stirrups used in horseback riding into which the feet slip. Second, the stirrup is a bone inside the ear. Third, stirrups are the footrests used in gynecological exams.
If you mean find the helical angle, alpha, using the pitch, p, with a shaft of radius, R, at the root of the teeth then: alpha= arctan( p /(2R) ) Otherwise, if you mean find the helical angle while designing a gear, it is quite complicated and requires the knowledge of various parameters such as the maximal torque, speed, material, etc.
Wear a helmet. Make sure the cinch is tight, that the reins are properly positioned on the bit, your stirrups are the right length, that the cinch is not pinching the horse, and of course wear your helmet =) You will find you will get into a routine as you progress.
If one wishes to get in contact with piling contractors, the best thing to do would be to check the local phone book under the Yellow pages. That is the best place to find local contractors.
Measure the outside diameter and subtract tooth height times two.
Here's how to do that: 1). Find its length. 2). Find its perimeter. 3). Divide (its length) by (its perimeter). The quotient is the ratio of its length to its perimeter.
The length of what?
you find the length and width by counting the numbers on the side to find the width and counting the numbers going across to find the length
Find the width, and multiply the length and the width.
Use a ruler, to find out the area do width times length.