Not suggested, the exhaust and condensate would end up in the attic. There are air conditioners made for situations such as yours. They just sit on the floor, every once in awhile have to empty the condensate pan though.
yes
An interior angle is an angle defined by two sides of a polygon and that is inside the polygon. Opposite interior angles are specific pairs of interior angles, those that are opposite each other in the polygon. Alternate or opposite interior angles are also angles that lie on opposte sides of the tranversal line that cuts through parallel lines.
Cut all the way through the sheetrock and pull the tile and sheetrock at the same time.
An interior angle is an angle in the inside of two lines, and the two lines have a line through them. Look at the line through them. The opposite angles on each side of the line are equal. That should be enough info to solve your problem
Because when a transversal line cuts through parallel lines it creates vertical opposite equal angles.
Alternate interior angles are nonadjacent interior angles on opposite sides of the transversal.They are the equal alternate angles that lie on the transversal line that passes through parallel lines
apparently, the answer is somehow yes. the fire extinguisher in the basement somehow exploded and the top of it where the trigger thing is went straight through the sheetrock of the ceiling!that had to be one strong strong explosion if it broke through the sheetrock. the question is: what made it explode? the thing probably was last serviced over 10-15 years ago!
A body wave is a seismic wave that travels through Earths interior.
A body wave is a seismic wave that travels through Earths interior.
There are 4 types which are:- 1 Corresponding equal angles 2 Alternate equal angles 3 Vertical opposite equal angles 4 Interior supplementary or allied angles
Providing that the lines are parallel that the transversal passes through then it will have two equal alternate angles that are on opposite sides of the transversal.
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