Question

Why do we soften water, namely in drinking water, in central heating systems, and in soda...

Why do we soften water, namely in drinking water, in central heating systems, and in soda drinks?

Homework Answers

Answer #1

In case of any query please comment. If you have liked the solution then please THUMBS UP.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Last year, we discovered that 42% of our respondents reported drinking soda on a weekly basis...
Last year, we discovered that 42% of our respondents reported drinking soda on a weekly basis (n=500). This year, we found that 38% reported drinking soda on a weekly basis (n=250). Is this a significant difference? Why or why not? Assume we are looking for 95% significance
A population of interest 77% drink beer and 23% drink soda, Assume that we have drinking...
A population of interest 77% drink beer and 23% drink soda, Assume that we have drinking beer and soda are disjoint event in the population, we also know beer drinker have a 30% in smoking, there is a 13% chance of smoke for who drink soda. 1 five individual randomly chosen from this population. what is probability of them drinking beer? 2. f five individual randomly chosen from this population. what is probability of the first 4 drinking beer and...
A population of interest 77% drink beer and 23% drink soda, Assume that we have drinking...
A population of interest 77% drink beer and 23% drink soda, Assume that we have drinking beer and soda are disjoint event in the population, we also know beer drinker have a 30% in smoking, there is a 13% chance of smoke for who drink soda. 1 five individual randomly chosen from this population. what is probability of four them drinking beer? 2. f five individual randomly chosen from this population. what is probability of the first 4 drinking beer...
1. Explain why water, with its high specific heat capacity, is utilized for heating systems such...
1. Explain why water, with its high specific heat capacity, is utilized for heating systems such as hot-water radiators. 2. A heated fruit pie often seems to have filling that is warmer than the crust. is this? What can you conclude about the specific heat of the filling and the crust? please answer both using your own words
Is all “drinkable” water “potable” water? Why or why not? Why isn’t all drinking water in...
Is all “drinkable” water “potable” water? Why or why not? Why isn’t all drinking water in the U.S regulated?
Why do we need a Central Bank for an economy?
Why do we need a Central Bank for an economy?
Many hot-water heating systems have a reservoir tank connected directly to the pipeline, so as to...
Many hot-water heating systems have a reservoir tank connected directly to the pipeline, so as to allow for expansion when the water becomes hot. The heating system of a house has 70.6 m of copper pipe whose inside radius is 7.83 x 10- 3 m. When the water and pipe are heated from 23.5 to 79.7 °C, what must be the minimum volume of the reservoir tank to hold the overflow of water?
3. Imagine you are talking with your friend while drinking water. All of a sudden, you...
3. Imagine you are talking with your friend while drinking water. All of a sudden, you start coughing uncontrollably because water has just gone down the “wrong pipe.” Explain why this happened. What structure prevents this? Explain the inside of the lungs (the branching systems) and why they do not like for liquid to be in the lungs. What happens when the lungs fill with liquid?
in a microwave emr oscillates causing water molecules to rotate and move in response. thus heating...
in a microwave emr oscillates causing water molecules to rotate and move in response. thus heating up food ?my question is what is the purpose of the cavity magnetron. why do we change the frequency to some given resonant frequency. why not just use the emr we create in the first place. is there some frequency that heats water best?
An energy manager is evaluating the purchase of two water heating systems. The first system has...
An energy manager is evaluating the purchase of two water heating systems. The first system has a standard efficiency of 85%. The system will cost $9,500 to install with an annual operating cost of $7,500. The second system has high efficiency of 94%. This system will cost $15,500 to install and has an annual operating cost of $4,700. Both systems will last 14 years. The discount rate of the organization is 15%. Which system would you recommend for purchase based...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT