You can place it on the roof, but not on the sides. Blowing wind can create a "rain shadow" on one side, with drops blocked as they fall. Alternately, projections from the building could funnel rain from a large wall area into the gauge.
The purpose of seawall construction is to improve properties near water by preventing the water from eroding or flooding the land near the property. Erosion and flooding can do serious damage to the property and can cause problems for building built near water.
To halt the erosion of the bare dirt found there. Eroded surface material can clog storm sewers.
Ammonia is a air polluter. So we place ammonia plants ner towns.
Firm ground not suffering from shrinkage or expansion. Rock is the firmest. Sandy ground will require piled foundations. Clay will require investigation into shrinkage with the seasons. Avoid building near tall trees - especially poplars that have large root networks that can affect the foundations over time.
Crankshaft flywheel flange runout.The crankshaft flywheel flange must be perpendicular to the axis of rotation of the crank with no permissible runout. Place a dial gauge on the bell housing and position the tip against the flywheel flange, parallel to the crank axis. (Perpendicular to the flange surface). Zero the gauge. Rotate the crank slowly by hand and watch for any movement. Any runout must be eliminated (because it will be compounded by the radius of the flywheel.)Flywheel friction face and rim face runout.With the flywheel now mounted to the crank, Place a dial gauge (magnetic clamp or mechanical clamp) to the bell housing and point the dial gauge perpendicular to the clutch friction face on the flywheel. Slowly rotate the crank and check for variation (runout). Maximum permissible runout is 0.01mm per 10mm of flywheel radius. Thus for a typical 300mm dia flywheel, max runout is 0.15mm (0.006"). (Runout here could cause rapid wear of the clutch splines or the driven plate breaking away from the splined hub due to continual flexing.)Reposition the dial gauge to point at a smooth piece of the flywheel near the starter gear teeth (rim), once again parallel to the direction of the crank. Slowly rotate the crank and note any runout or warp in the flywheel. The same maximum permissible runout applies here.Bellhousing (gearbox) runoutRepeat the exercise with the dial gauge clamped to the flywheel/clutch assembly pointing out (radially) to the bell housing locating the dial gauge point on the machined face of the bell housing that locates the gearbox. (At right angles to crank direction). Check for radial run out. Maximum permissible runout is 0.20mm or 0.008".
The obvious answer is - because they will ignite !
Improper readings could result because of rain being diverged from the gauge by the trees leaves, or dripping water could also affect them.
Its when you are near a location . Its a building I guess you can say .
The best place to sit is in the front row. Do not sit behind the announcers because you cant see.
It is located near the US capitol building, the Washington Monument and the Reflecting Pool is right in front of the Lincoln Memorial.
i cant give u a certain position but their is a place near the catacombs that has a lamp with the boomerang.their is a flame armor near it.not sure but try it out
You cant. You have to let it out by the owl near morters cave.
you move somewhere else Where i Africa are u talking about?
outhouse?
Well first you have to look for supposedly haunted places near you. Then if you wish to investigate that place and it is on private property you will need to get permission from the owner. If the building is older you will also need to make sure the building is stable and suitable for movement.
get near or in a place where it would be normal and go to your bag or pokedex and exit it and you will see the place you would be at like in a building.
i cant tell u where i live in but i can tell you where the best place to live in is, its in castelldefels near barcelona, castelldefels is a beautiful place with a very big and wide beach...