A wider hose will increase the volumn of flow but will not increase pressure. The pressure is determined by the amount of pressure delivered to the house. In some cases you can restrict the flow from a 3/4 hose and geta gradual increase at the site of the restriction but normal pressure will be reaquired in a very short distance.
It is to decrease pressure.
Foundation of buildings are made wider because the area of foundation is increased to reduce the pressure exerted by walls.
Wider soles distribute the weight over a wider area, thus decreasing ground pressure. This can make slipping more of a risk.
The base of a house is made wider than its walls to provide increased stability and support. A wider foundation distributes the weight of the structure more evenly, reducing the risk of settling or shifting over time. This design also helps prevent water accumulation around the base, protecting the house from potential moisture damage. Additionally, a wider base can enhance the overall aesthetic appeal of the building.
The answer depends on the shape and dimensions of the water bottle. If the bottle has a diameter of 21.21 mm (the width of a nickel), it will hold 696 coins. In fact the number of coins will be much smaller because the bottle just described would be 1.36 metres (approx 4.5 feet) tall! Wider bottles will hold a lot fewer coins because of spaces between the coins as well as between the coins and the sides of the bottle.
yes
surface area/ volume. wider range of surface area to volume is better for cells.
Because water pressure is greater near the surface of the water
the size of the rings would depend on the growth cycle of the tree. If the growth time for a certain year is longer, the ring will be wider, it the growth time of the year is shorter then the ring will be smaller.
The factors that are involved are the span you are covering, the type of roof and the pitch of it. How you are bracing the rafters. Wider the span, wider the joist. 2x6 is usually enough for most house construction.
Depending on how heavy you are. You might either get away by running higher pressures, or you might need wider tires, or you might need to use BOTH wider tires AND higher pressure. It all depends on how much clearance you have between rim and the ground when you're on the bike. Higher pressure/wider tire will increase that distance, and that's what you need to avoid damage to tire and rim on landing.
Because The Shape Is Wider :] And Because Cubes Are Light If They Were Bricks