International Association of Certified Home Inspectors
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| Florida Inspectors This is a place for Florida InterNACHI inspectors to discuss Florida inspection topics, wind mitigation inspections and 4-point inspections. |
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#31
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Quote:
And, yes.... this Android woman did switch teams and become an ipad girl.... I am telling you this tablet rocks! I am lucky that John spoils me... and supports my whimsical nature... Michelle Shishilla
Secretary/Treasurer FL Home & Insurance Inspectors Chapter Indentured Servant - Honor Construction Inspection Services Serving all of Brevard including: Melbourne, Palm Bay, Cocoa, Rockledge, Viera, Satellite Beach, Indian Harbor Beach, Cape Canaveral, Indialantic and surrounding areas. www.honorconstruction.com www.honorinspections.com "Because it's the details that matter" 321-327-2950 |
| Need a home inspection in Alabama? Check out InterNACHI's listing of Alabama certified home inspectors. Or, find a home inspector anywhere in the world with our inspection search engine. |
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#32
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i love my ipad also and like doing my mitigation form on it.
WWW.BRAVOHOMEINSPECTIONSERVICE.COM Florida Licensed Home Inspector # HI5237 BRAVOINSPECTION@AOL.COM (954)839-5155 |
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#33
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If you take it in a new year it applies
John Shishilla State of Florida Licensed Home Inspector #21 Residential Contractor Accredited Claims Adjuster (ACA) Mold Assessor MRSA 1544 President of Fl Home & Insurance Inspectors Chptr VP of Nachi Managment Serving all of Baytree, Melbourne, Palm Bay, Cocoa, Rockledge, Viera, Satellite Beach, Indian Harbor Beach, Indialantic and surrounding areas. Honor Construction Inspection Service www.honorconstruction.com "Because details matter" 321-327-2950 |
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#34
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Thanks that is what I was wondering.
Florida Licensed General Contractor Florida Licensed Home Inspector #299 Wind Mitigation Specialist Call 954-922-0584 or E-Mail Me For The Best Wind Mitigation Inspection in Florida at a Great Price
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#35
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We just finished updating the Wind Mitigation course http://www.nachi.org/wind-mitigation...ion-course.htm.
Special thanks to John and Michelle Shishilla of Honor Construction Inspection Services, who worked night and day with me for the last week. The recently updated course teaches the student how to perform wind mitigation inspections, including how to complete the new wind mitigation form. |
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#36
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From another post: Hip roof with no other roof shapes greater than 10% of the total roof system perimeter. Total length of non-hip features: ______ feet; Total roof system perimeter: _______ feet Regardless of that, and this isn't directed at anyone, I interpret the words above using a dictionary. Length, width, height, perimeter all have meaning. Since we are dealing with a mathematical formula, remember, we are trying to determine X% of the total roof length is non hip, and given the parameters set forth by the form, then that is how I come to my conclusions. Now, to get a true percentage of the non hip portion of the roof, you would take the perimeter of the hip portion of the roof and divide that into the perimeter of the non-hip portion. So now here are the examples. Example A: total roof perimeter. The roof for our purposes would be 40 feet across the front and 30 feet across the side, just to make it easy. On the back of the house we have a flat roof which is 12 x 15. Your perimeter measurements will be, starting at the front of the house: 40+30+5+12+15+12+20+30=164 total roof perimeter. Your non-hip roof length will be 15. 15/164=.0914 * 100= 9.14% non-hip which makes the roof a hip roof. That is what the form says. Example B: Same house Your perimeter measurements will be, starting at the front of the house: (40+30+40+30)+(12+15+12+15)=194 total roof perimeter. Your non-hip perimeter measurements will be 12+15+12+15 = 54 54/194=.2783 * 100=27.83% Now, mathematically, example B is correct and it is how you would get the actual percentage. You are measuring the actual roof area, sort of, as opposed to Example A. To truly get the correct area, you would have to include the pitch in the main roof as well. Total roof perimeter of main roof (A)+Total roof perimeter flat roof (B). You have to separate them in order to get the perimeter of each. Or, you could have example C Same house and measurements. Main roof area 30*40=1200 Flat roof area 15 * 12 =180 180/1200=.15 *100 = 15% Last edited by evandeven; 2/3/12 at 2:31 PM.. |
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#37
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I have sent an inquiry to the OIR and will post the response here.
So far, I got an automated reply that Michelle Brewer is out of the office until Feb 3, 2012! |
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