Possibly a caulked joint ( lead and oakum )
The average temperature of a shower is 105 degrees Fahrenheit.
This depends on which assembly you talking about and how much of it and why. however, most of the time it is not possible, and removing a section of the wall in order to change a shower mixer unit has to be done
The average shower length was 9 minutes, ranging from 3-30 minutes, with an average temperature of 107.5 degrees F or 41.9444444 degrees Celsius.
I can be but the toilet needs to have 24" in front of it to be legal. Plus you cannot tie your shower drain in the the horizontal branch of the toilet.
Yes. Back-to-back 45's on the vertical pipe between the trap and the shower strainer will work fine.
no sharpie 1 week depending on how often you shower
If the toilet and shower are in an upper floor then there is a PVC drain for both that will drain to either the sewer or septic. If there is a vertical piece to this, as there is in my basement, then you actually get some dribbling and running sounds from the water 'falling' down that vertical PVC. I get this same noise from the washing machine on the main floor draining down to the basement.
Standard shower is taken to be 10 gallons at 8.35 pounds per gallon and 60 degrees F of heating = 5,000 BTU per shower in round numbers, assuming 100% efficiency water heating.
If it's 200 degrees! Your heater wont go that hot. Trust me.
Many people have tried to figure out exactly how and why this happens but no one has ever proven their theories conclusively. There are 4 leading theories. The first is the Buoyancy theory. Which says that as the hot air rises, and replaces the cold air, it creates a Coandă effect which is similar to a small vortex of air which sucks the curtain inwards. The second is the Bernoulli effect. This states that the air matches the velocity of the water coming out of the shower-head and lowers the air pressure inside the shower and against the inside of the shower curtain. This results in the shower curtain being pulled inward. The third is a combination of the first two. It's called the Horizontal vortex theory. A computer model showed that the water coming out of the shower-head can create a horizontal vortex (sideways tornado) which causes a pressure drop and pulls in the shower curtain. The fourth and final is simple condensation. A hot shower produces steam that will condenses on the shower side of the curtain and lowering the pressure there. The condensation will be continually replaced causing a temperature fluctuation which results in times where net steam production is negative. So there you have it. Who would have thought such a simple thing still remains partially unproven.
shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio shower radio
Some shower fixtures have a hot water adjustment on them so that you can set the water temp lower. take off the handle and look at the assembly. Do you see a small plastic sleeve that can be turned? If so turn it to the left and see if that changes the water temp.