west of ireland

Same formula.....that size tank filled to top would give you 6336 US liquid gallons.......815.4514 cubic feet will give you 6100 US liquid gallons. for an approximate result, multiply the cubic feet volume value by 7.48 to give US liquid gallons Formula is: Width X Length X Height= Volume, so, 11 feet x11feet x Height=815.4514 cubic feet (6100 US Liquid Gallons), so, 11x11=815.4514÷H. so, 121=815.4514÷H so, H=815.4514÷121, This Tanks Height to give 6100 US gallons=6.73 feet

@@michaeldownes516 perfect thank you so much for your kind reply. Amazing

What size tank and what answer u get?

Most welcome 😊

You're welcome!

Glad it was helpful!

glad the video helped....my background is i served 4 year apprenticeship in Carpentry and Joinery in the early 1980s...worked as roofer,first and second fix carpenter, fitted furniture etc....now i am a carpentry and joinery apprenticeship instructor since the turn of the century.

Glad it helped

Typical herringbone strutting section size would be at least 1½" x 1½" .....but can be 2"x2".

many thanks Michael, a really great video@@michaeldownes516

Assuming the measurements are inchs....multiply 49"x19"x21" to give cubic inchs value for this this tank...next, because there are 231 cubic inches in a U.S. gallon, so next you will convert from cubic inches into US gallons, so divide your cubic inches value by 231 to give US gallon value for this tank. (if its an imperial gallon then divide your cubic inchs value by 277.42 cubic inches of water).

Glad it was helpful!

...the 50 is the 250mm distance marked on the narrow blade.. .this is where you rotate until you get the angle marked on the wide blade for common rafter angles....but remember the actual angle of 30 degrees used in this example will be between the narrow blade and the red line (even though the 30 degree piont is alinged on the wide blade. ...If you are marking angles for hip rafter the pivot point is further along the narrow blade where you will see H/V stamped.....and you will then align the wide blade to the roof pitch (30 degrees) to the give you plumb and seat cut cuts for hip/valley.

@@michaeldownes516 thanks for taking the time to reply.

Hi Jack,glad you like the video, meant to say 90 degrees minus main roof pitch to set your skill saw agle at when cutting along the seat line to give the correct jack edge bevel. I inserted a note in to the video at 8.48 minutes making that point.

Glad you liked it.

Glad you liked it!

Hi violet, you will find that the hip tail will swing more to the common side when the common side of roof has a lower pitch° than the crown. But if the crown has the lower pitch° then the hip tail will swing more towards the crown end of the roof. If you plane the common side until it matches commons up-stand you will have planed too much off...Instead....Mark the up-stand on the crown side of hip matching the crown up-stand.....the heel cut on BM will be cut at an angle to sit against the wall plate......cut it...place it in position keeping the crown rafter edge and hip edge lining up where they meet the the ridge... now observe the common side of hip....on this common side you will see the hip is above the common rafter edge slightly....this is the portion that needs to be planed off-square on this side of the hip. The top edge of the hip is now banked to match both roof surfaces.

your welcome

your welcome

...Did you deduct half your ridge board thickness at the top?...play from 6.26 and 7.50min for afew secs on he videeo...hope that sorts it.

Glad it was of use to you...

your welcome

Glad it was helpful!

Thank you! Cheers!

Hi Violet, this is where you get the plumb cut for this valley rafter...you can scale down the roof to fit on your plywood sheet if its just angles you are after (angle wont change if you scale up or down)....if you want deductions add in the width and thickness of roof members at full size on to scaled down drawing of the roof. So, you now have scaled the minor and major runs etc to get it to fit on to your setting out sheet, but the width and thickness of the rafters, ridge board are added at their full sizes so as you can measure off their deductions.

@@michaeldownes516thanks for the reply, so is at 10:18 where I measure back for the deduction for the two plumb cuts on either side ?

@@violetsherwood6494 thats correct....measure back those deductions show at 10.18 square off the plumb line on both sides of your rafter (this will now transfer you from the line diagram version of the roof to now factor in the thickness of its members)

Hi Pelipe, did you mean joints between the cut stone that form the arch?

....to get the rise distance from top of wall plate plane to where 2 thirds line of rafter meets rise line use the formula in this link kzbin.info/www/bejne/kIXIlGClhNdjhNU this will give you the «rise distance». In this video the word adjacent will represent common rafter run...and the word opposite will represent the rise distance. ...if you want rise distance to top of ridge board then continue with following..... .... place the common rafter plumb cut against ridge board...note where common rafter 2/3rd line meets side of ridge board..note distance from 2/3rd line to top of ridge board... ...now add this noted distance to the «rise distance» you calculated previously to give you total rise to top of your ridge board. Also, if you have rafters cut/marked. ...place pair of opposing rafters flat on the wall plates(WP) with their birds mouth (BM) heel cut in line with outside of Wall Plates ...use ridge board off cut to keep common plumb cuts right distance apart. ... Now spring builders line from one BM seat line to BM seat line on the opposite common. ..Now measure from builders line to ridge. As well as checking for ridge height the above outlined will also confirm if your plumb cuts are good etc. ...Also,its a good approach to confirm your rafters are set out correctly before you go on to cut the rest of the common rafters.

Glad you liked it...

Absolutly, its as good a way as any..i might make a animated video on this approach sometime when i get chance...

If you go to 10.50 mins in to video and pause, you will see side view of both sets of jacks. ....ìn this example,the lower pitched jack is from the main side of the roof and so it has the same plumb cut as the common rafter on that side of the roof. ....The jacks on the hipped end in this example will have the same plumb cut as the crown rafter. Keep video paused at 10.50mins and note the following; ...the side view of the edge cut (end grain hatch/pattern) can be seen at this point of the video ...so to get the edge cut, draw side view of this edge cut on the side of your own jack. ...you now have 2 plumb lines on the side of your jack (one of these plumb lines now needs to be on the far side of your jack), ....so square one of those lines across the top edge of your jack to the far side, ...from where this line hits the far side of jack, draw a line back to top of other plumb line on near side of jack, ...this line you have just drawn on the top edge of you rafter is the jack edge bevel for this jack. same procedure as above for the other jack (for hiped end)...note its edge cut will be blunter compared to the other jack (main side) in this example.

Thanks for the reply that's helped a lot my other question is, with the hip rafter is the plumb cut the same plumb cut for both sides of the hip I understand that the edge cut is different

..yep...its the same plumb cut angle° on both sides of the hip

Glad it was helpful!

You are more than welcome.....its great that we have this type of animation option to impart such knowledge on this type of subject.....glad you found it useful.

...best round up to 14 because if its spindles a sphere of 100mm should not fit at the turned part of the spindle...the regulations state that a sphere of 100mm sphere should not fit through the spindles ...you may have to round up again after calculating the day lights between the spindles if you think the 100mm sphere still fits between the spindles at their narrowest point.

worth adding in alright...i will add it to the comment below the video for now..and possibly inject it into the video later...

Glad you enjoyed it!

Hello Michael absolutely love the channel. Just starting my career as a college Lecturer and would like to be in contact with yourself regarding your knowledge do you have a email address? Ruaraidh

@@ruaraidhmaccormick4677Glad you like them.... my email is [email protected]

Very welcome!