# How do you pronounce towf in English (1 out of 45).

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## Translation of towf

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## IPA (International Phonetic Alphabet) of towf

The International Phonetic Alphabet (IPA) is an alphabetic system of phonetic notation based primarily on the Latin alphabet. With phonetic transcriptions, dictionarie tell you about the pronunciation of words, because the spelling of an English word does not tell you how you should pronounce it. Below is the phonetic transcription of towf:
/towf/

## You might interested in how to pronounce these English words near towf

1. towf by tow; towf is available shear strength and divided by shear stress which is tow.
2. Shear strength available towf at the base of the segment can be written as towf is equal
3. a cylindrical surface is pi d H towf. Why do we consider a cylindrical surface? It is
4. along this cylindrical surface. If towf is the unit shear resistance then pi d H which
5. is a surface area into towf becomes the total shear resistance along the side cylindrical
6. is from the centre to the outer edge, 2 pi r into dr towf gives you the total shear resistance
7. that the final expression for this torque is pi d square towf capital H by 2 plus small
8. the top surface will not be there. And in all this towf is the unknown and that's
9. for computing the torque in terms of a towf value, let us see an example of how this is
10. unit shear resistance towf at failure, shear strength at failure can be calculated and
11. WAS THIS A WISE THING TO DO. WAS IT PETULANT, WAS IT JUST SHOWING HOW TOWF SHE.
12. WAS IT PETULANT, WAS IT JUST SHOWING HOW TOWF SHE. IS SORT OF YES OR NO, WAS IT A
13. SHOWING HOW TOWF SHE. IS SORT OF YES OR NO, WAS IT A GOOD THING TO DO?
14. fall time towf is proportional to CL by Kn. We have also said that this CL which is the
15. defined as the ratio of the available shear strength towf to the shear strength towm which
16. is indicated as FS is defined as the ratio of the available shear strength towf to the
17. Now considering this the factor of safety, the definition what we had is towf by towm.
18. the previous slide, we can write summation towf divided by factor of safety into l so
19. into l which is nothing but towf that is shear strength available that is the shear strength
20. of the material divided by the factor of safety into l. So using this we can write towf by