Solid mensuration problem solving

However, typically, you can find the power steering reservoir under the hood, near the engine. It is often a small plastic or metal container with a cap labeled "Power Steering" or with a steering wheel icon.

If i'm understanding your question correctly, then you're referring to engine displacement. Engines are measured by displacement, usually expressed in liters(L) or cubic centimeters (cc). Displacement is the total volume of all the cylinders in an engine. An engine with four cylinders of 569cc each totals 2276cc, and will be rounder off and referred to as a 2.3 liter engine.

1000mm = 1 liter
volume of tank = area of base by height
pye ( 3.1417) X radius squared X height
the volume should come out around 5,000 liters

Hi Wayne:
For my curious mind, what is the project that you need this for?

To solve the problem, the volume of the pipe is the cross sectional area times the length.
Area = pi r squared.
= 22/7 times .75 / 2 squared
= 3.1428571 times .375 times .375
= o.4419642 square inches

The pipe is 10 feet long, times 12 equals 120 inches long.
The pipe volume is 120 times 0.4419642 equals 53.035704 cubic inches.

The next part of the question is to convert cubic inches to gallons.
I use my Texas Instruments TI-1889
53.035704 to metric, in cubed to cm cubed = 869.09608
Divide by 1,000 equals .86909608 litres
From Metric, imp gal (I'm in Canada) to L = 0.1911781

Ta Da!
Cheerfuls

Hi bro,


Cubic centimeter ( cc) is equal with 1/1000 liter (l). This means 28 liters = 28,000 cubic centimeter ( cc).



Regards,

Based on wikipedia...yes. From 1988-1993. I copied and pasted the information below:

M30B35

• 3.4 liter (3430 cc) SOHC inline-6 cylinder
• 9.0:1 compression ratio
• 208 bhp / 211 PS @ 5700 rpm
• 225 ft·lbf (305 N·m) torque @ 4000 rpm
• 87 AKI / 91 RON octane fuel or better recommended

Applications:

• 1988-1989 E24 635CSi
• 1988-1993 E34 535i
• 1988-1992 E32 735i

3.5 L M90 (3453 cc) Applications:

• 1978-1983 E24 635CSi
• 1980-1981 E12 M535i

Insufficient information

look under the hood and on the left side in the far back there should be a few switches. to help you locate it..look for a green "square" fuse looking box. THATS NOT IT! the same shaped box but black is the relay switch. look by the wiper blades area.

I have owned a 1999 intrepid for 9 years. And have changed the oil many times in the 170,000 miles I've owned it. This car comes mostly with a 2.7 liter motor. It does some times have a 3.5 liter. As you open the hood,there is a sticker that tells you what motor it has. If you have the 2.7, between the two front wheels you have a cast aluminum oil "pan" You will see a oil filter sitting vertical, towards the passenger side.The bottom of the filter is almost flush with the bottom of the oil pan. Just to the side of the filter,towards the driver side, is a hex head oil plug. It will take a 11/16" wrench to remove it.Hope this helps lbreen

sounds like hoses going to heater core but they are rubber usually. But it could be the hoses for the degs bottle mounted on the passenger side inner fender.

Coolant Recovery System NOTE: When the water thermostat (8575) is closed, coolant flows through the degas tube and hose assembly from the lower intake manifold to the radiator coolant recovery reservoir (8A080) .

Trapped air in the cooling system must be removed. A pressurized radiant coolant recovery reservoir system is used which continuously separates the air from the cooling system.

• When the water thermostat is open, coolant flows through both the small hose from the top of the radiator outlet tank and the degas tube and hose assembly from the engine to the radiator coolant recovery reservoir.
• The radiator coolant recovery reservoir separates any trapped air from the coolant and replenishes the system through its radiator coolant recovery hose.
• The radiator coolant recovery reservoir serves as the location for:
  • service fill.
  • coolant expansion during warm-up.
  • system pressurization from the pressure relief cap.
  • air separation during operation.
• The radiator coolant recovery reservoir is designed to have approximately 0.5-1 liter (0.53-1.06 quarts) of air when cold to allow for coolant expansion