According to page 126 of the Owner Guide ( do not exceed 200 pounds if the weight is sitting on the roof rack cross bars ) and ( do not exceed 150 pounds if the weight is contacting the roof )
on the driver side on top of differential hub
The load capacity of a Whirlpool washer can vary by model, but most standard top-load washers typically have a capacity ranging from 3.5 to 6.0 cubic feet. Front-load models generally offer similar or slightly higher capacities. For specific load capacities, it's best to check the product specifications for the particular model you are interested in.
When choosing a top load luggage for your travels, consider features like size and capacity, durability, weight, wheels and handles, compartments and organization, security features, and warranty.
Because you don't need room for as much water in the tub. Front loaders tumble a smaller amount of water through the clothes as opposed to top loaders that submerge the clothes in water and swish them.
It all depends on the dimensions of the steel beam
Its on top of the a/c accumulator....................
Front load washers do use less water when compared to top load washers. This is achieved due to the absence of the central agitator, which means relatively higher capacity.
The Whirlpool top load washer model WTW6200SW1 has a capacity of 3.6 cubic feet. This size allows it to handle moderate laundry loads, making it suitable for small to medium-sized households. Its design and features are aimed at providing efficient washing while accommodating various fabric types.
According to the 1998 Ford Expedition Owner Guide : The fuel pump shut off switch ( inertia switch ) is located in the front passenger foot well , behind the kick panel * the reset button is on top of the switch
4.5 Quarts, with replacing the oil filter. Start, check, and top off as needed.
The dash has to be removed. Once the dash is out, the top of the heater case comes off to gain access to the core.
To find the load density of a deck or tank top on a ship, divide the total weight of the cargo or equipment placed on the deck by the area of the deck or tank top. The formula is load density (in kg/m² or lb/ft²) = total weight (in kg or lb) / area (in m² or ft²). This calculation helps ensure that the load does not exceed the structural capacity of the deck or tank top, ensuring safety and stability. Always consider any relevant safety factors and guidelines provided by the ship's design specifications.