Answer:
1.03 grams / mL
Explanation:
Mass of beaker and sample liquid = 84.64
Mass of beaker = <u>32.344</u>
Mass of the sample (subtract) = 52.296
Don't do any rounding until you are finished.
mass = 52.296 grams
volume = 50.6 mL
density = mass / volume
density = 52.296/50.6
density = 1.034 grams / mL
Rounding
The volume only has 3 dig digs
So the answer is 1.03 grams / mL
Answer:
dont question this but i did it once
Explanation:
the rubber surface gets a bit cold u may say like foggy and the balloon of course is cold. Almost like putting a spoon in the freezer ig. And may deflate if put there too long. because of the hellium pressure loosing
ch 9 sorting material into groups
ch 10 change and reaction
ch 11 motion and measurement of distance
ch 12 electric current and circuits
ch 13 fun with magnet
ch 14 importance of air
ch 15 importance of water
ch 16 light, shadow and reflection
ch 17 wastes