I got a 24in wide by 1/2in thick and 34 in length. How can I get the lenier ft

1440 cubic feet.

engine code HFY
HFZ KFX
K6C engine type TU1JP TU3JP TU5JP special features without without without type of cylinder head gasket fibre fibre fibre theoretical thickness (mm) UNK. UNK. UNK. repair dimensions (mm) UNK. UNK. UNK. bolt length (mm) (mm) (X)
nominal bolt length (mm) (mm) (X)
max. maximum cylinder head bow (mm)

First you need a standard to go by. Example is a wood board. It is 3/4 inch thick, 3 inches wide and 8 foot long. Linear foot is the length, not the width or the depth. Inches would be 96 linear inches. So to unfold you luggage, it would be 76 inches. This is the total outside area. In you case the width would apply, depth has no relevance.

sq feet is the length of the material multiplied by the width of the material. Linear feet is just the length of the material. So ,because roofing material is measured in the length measurement ( the width is pre-set coverage) if you are paying for a sheet that is 20ft long and covers 3ft you will be paying for 20 linear ft
IF you buy 4 x 20 ft sheets you will be be paying for 4 sheets and they will cover an area of 240 sq ft ( each sheet covers 60 sq ft so 4 sheets =240 sqft
to get the answer to your question you will have to know the length of the sheet and the width so that the area covered by a sheet can be known
Assuming that it is a roof area you want to cover, measure the length of the sheet required to cover the length of span ( gutter to ridge cap) and the width of the roof ( front to back) and divide that by the width of a sheet will give you the number of sheets required. Now multiply that number of sheets by the length of 1 sheet will give you the linear ft of the area to be covered.

My thought would be to hide it if you can with a reflective piece of polished stainless or aluminum to reflect the heat. I have run into your problem and no easy solution.

Check this for 1996-1999 FORD 3.0L (182) V6 DOHC...
- Install the exhaust manifold with a new exhaust manifold gasket.
- Install the exhaust manifold retaining studs and tighten to 13-16 ft. lbs. (18-22 Nm) in the sequence illustrated.
Raise and safely support the vehicle.
Position the Y-pipe assembly using a new flange gasket and install all the retaining nuts and bolts loosely.
Starting at the front of the system tighten the Y-pipe to exhaust manifold nuts to 26-34 ft. lbs. (34-46 Nm).

- Tighten the converter to transaxle nut and bolt to 30 ft. lbs. (40.3 Nm). Tighten the converter outlet bolts to 26-34 ft. lbs. (34-46 Nm).



Fig. Right side exhaust manifold mounting bolt tightening sequence-3.0L DOHC engine (click image for zoom)




Fig. Left side exhaust manifold mounting bolt tightening sequence-3.0L DOHC engine (click over image for zoom)

Hope this helps (remember to rating this answer).

Item Part Number Description 1 52 Exhaust Inlet Pipe 2 N803420-S2 Exhaust Manifold-to-Inlet Pipe Bolts
(4 Req'd) 3 5E212 Three Way Catalytic Converter 4 5230 Muffler 5 N620482-S2 Exhaust Inlet Pipe-to-Converter Nut
(3 Req'd) 6 5B266 Exhaust Converter Inlet Pipe Gasket 7 N620481-S2 Nut 8 5E269 Exhaust Converter Frame Bracket 9 N620481-S2 Nut 10 5260 Exhaust Outlet Pipe Frame Bracket 11 5E269 Exhaust Converter Frame Bracket 12 39006 Screw and Washer 13 5E241 Exhaust Converter Outlet Gasket 14 5G215 Exhaust Pipe Flange Hold Down Spring 15 N802641-S2 Nut and Retainer 16 — Rear Heated Oxygen Sensor (HO2S) A — Tighten to 34-46 Nm
(25-34 Lb-Ft) B — Tighten to 20-25 Nm
(15-19 Lb-Ft) C — Tighten to 34-46 Nm
(25-34 Lb-Ft)

Standard Head Gasket

Step 1: Tighten bolts 1-6 to 25 Ft. Lbs. (34 N.m) and bolts 7-10 to 20 ft. lbs. (28 N.m).
Step 2: Tighten bolts 1-6 to 50 Ft. Lbs. (68 N.m) and bolts 7-10 to 20 ft. lbs. (28 N.m).
Step 3: (Repeat Step 2) Tighten bolts 1-6 to 50 Ft. Lbs. (68 N.m) and bolts 7-10 to 20 ft. lbs.
(28 N.m).
Step 4: Tighten all bolts an additional 1/4 turn (DO NOT use a torque wrench for this step).

Multi-Layer Steel (MLS) Head Gasket

Step 1: Tighten bolts 1-6 to 25 Ft. Lbs. (34 N.m) and bolts 7-10 to 20 ft. lbs. (28 N.m).
Step 2: Tighten bolts 1-6 to 50 Ft. Lbs. (68 N.m) and bolts 7-10 to 35 ft. lbs. (47 N.m).
Step 3: (Repeat Step 2) Tighten bolts 1-6 to 50 Ft. Lbs. (68 N.m) and bolts 7-10 to 35 ft. lbs.
(47 N.m).
Step 4: Tighten all bolts an additional 1/4 turn (DO NOT use a torque wrench for this step).

Tightening sequence

* Clean and oil threads before installation.

the main bearings bolts is to 1st step 30Nm or 22lbs ft and the last step is 75Nm or 54lbs ft in this tighten secuence. 9 3 1 5 7 on the top bolts and........ ........ ........ ... 8 6 2 4 10 botton bolts and the connecting rod 45Nm or 34 lbs ft i hope be help you