Does water with salt boils faster than plain water
Yes, salt increases the waters boiling point and therefore a higher temperature is needed for the water to boil.
Salt does, indeed, increase the boiling point of water due to the salt but it will take longer for the water to boil since the temperature must be higher. However, it takes about 58 g NaCl to incrase the boiling point of 1 L of water 1o C so the time required to increase the temperature by that much would hardly be noticeable.
WHAT BOILS FIRST PLAIN WATER OR SALT WATER
What do u think Vanessa. Just to ley u know, plain water boils faster and you got to find out.!!!!!!!!
Good luck
i need help on my science expo
dont tell me the answer yet. i need this for my science project. send me tips to what i need to find out about this subject
please provide with some information?
I just did this for my science fair project and i discovered that water with salt in it does boil faster than plain water
yes
can someone help me?
yes salt water does
PLAIN WATER BOILS FASTER THAN WATER WITH SALT
arrrrgh I have to do this poster thingy on DOES SALT WATER BOIL FASTER THAN PLAIN WATER? i keep looking stuff up and people say it slows it down and some say it speeds it up! ive done this experiment and it always boils faster.(salt one) aggggh
Where do you find this information
hi i am doing the sAME THING SO LET ME KNOW WCH IS FASTER
SALT WATER BOIL'S FASTER THAN PLAIN WATER !!!!!!!!!!!!!!!!!!!!!!!!!!!!!
im doing the same thing
everyone on the internet says plain water boils faster but i found out salt water does!
It seems that there is some confusion about whether salt water or plain water boils faster. To get a definitive answer for your science fair project, here are some steps you can take:
1. Define your hypothesis: Decide whether you believe salt water will boil faster or slower than plain water based on your initial observations or research.
2. Conduct an experiment: Set up a controlled experiment to compare the boiling times of salt water and plain water. Use identical containers and heat sources for both samples.
3. Measure and record: Start the heating process for both the salt water and plain water samples at the same time. Use a thermometer to measure the temperature over time, and record your observations.
4. Analyze your results: Take note of when each sample reaches its boiling point. Calculate the average boiling time for each sample and compare the results.
5. Draw a conclusion: Based on your experiment, determine whether the data supports your hypothesis or not. Consider any potential sources of error and provide explanations for your findings.
Remember, it's important to gather data through experimentation rather than solely relying on anecdotal or conflicting information from others.