Answer:
A. To be precise, it must be able to make measurements repeatedly over a long period of time.
Explanation:
The precision of a scientific measuring tool can be defined as how close the values between multiple measurements are to each other, when repeated under the same conditions.
This ultimately implies that, the precision of a scientific measuring tool reflects the reproducibility and repeatability of its measurements, irrespective of how accurate the measurements are.
In science, one of the most effective ways to determine the precision of a scientific measuring tool is to find the difference between the highest and lowest measurements (measured values).
Hence, the statement which correctly describes a characteristic that a scientific measuring tool should have is that, to be precise, it must be able to make measurements repeatedly over a long period of time.
B, sodium because if you look at your periodic table it is the only element not compounded with another
Wen a liquid turns into solid it loses thermal energy
D freezing
Solution is a mixture of solvent and solute. Which dissove completely.
Examples of Solvent - Water
Solute - Salt
Solution - Salt solution
Together when the combines, it became a solution
*** It have to dissolve completely. Particles cannot be left in the cup(container). The only way to seprate them is to use EVAPORATION METHOD.
It is climate because it is a long term weather
