The answer is A in both cases. Changing the units does not change the measurement, only the number representing the measurement. (Some numbers are easier to work with than others, which is why some units are preferred for certain measurements.)
Question 1.
A. <span>The surface area stays the same, but the number representing the surface area decreases.
Question 2.
</span><span>A. The surface area stays the same, but the number representing the surface area increases.
</span>
Answer:
Thank god im virtual
Step-by-step explanation:
Answer:
10234 is the answer, great question
Answer:
Answer:
102.5, 103.5
Step-by-step explanation:
a+a+1=206
2a+1=206
2a=205
a=102.5
103.5
I think there is a bug here. They can't be whole numbers.
Step-by-step explanation:
Answer:
c
Step-by-step explanation:
In order to have prediction you need a model or a hypothesis. This model must be able to predict a hypothesis or prediction in theory. The hypothesis or prediction must be tested. If its testable it means the model can predict if the hypothesis or prediction if true or false. This means the any outcome is possible if the model can predict an outcome. A testable prediction can only be verified through an experiment.
All predictions should be testable, meaning it should be possible to design an experiment that would determine if the prediction is true of false. If the prediction is flawed you must make adjustments to your predictions in order for the model to work.
Therefore the model can predict any outcome because in order for the prediction to testable it must yield a result.