For solids, you can investigate how different materials conduct heat by testing their thermal conductivity. For liquids, you could study surface tension by observing how drops of liquid form on different surfaces. For gases, you might explore the concept of diffusion by observing how a gas spreads in a closed container. For plasma, you could investigate its electrical conductivity by applying a varying electric field and measuring the resulting current.
To avoid splashing of liquids.
Yes a liquid soes have a fixed volume no matter in any apparatus
Freeze plasma should be stored at a temperature of -18°C to -25°C to maintain its stability and efficacy. It is important to monitor the temperature consistently to prevent any degradation of the plasma.
data from repeated trials of the experiment
A NoteBook
If you mean state as in sloid liquid and gaseous then I should say a combination of all 3! Solid for exoskeleton and muscles, liquid for fluids and gas for, well gasses. Over all I would say solid though as the liquids and gasses are contained inside. Hope this helped at all.
A experiment should only have one variable.
An experiment should be designed to answer a specific question.
To avoid splashing of liquids.
To avoid splashing of liquids.
It depends on what your experiment was. You should ask a teacher or someone that you know who has done this before.
The data should be organized and the experiment's materials cleaned?
The titrant should be placed in the burette at the beginning of the experiment.
temperature
Phlebotomist here, it should be a light yellow/off white color. Or you could have just googled plasma, either one.
Yes a liquid soes have a fixed volume no matter in any apparatus
Any experiment should start with a hypothesis.