For Example, a 2:1 ratio comparing apples and oranges. let's say the 2 represents the apples, and the 1 represents the oranges... in a 2:1 ratio, there are 2 apples for every 1 orange there is
Answer:
they can ride 20 rides with the 40 dollars you just have to dived 40 by 2
Don't listen but i'm gonna go with the third one
Answer:
B. 2
Step-by-step 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).
Given the following number; 16.82
The last digit "2" in 16.82 represents the hundredth value and should be used to determine the level of precision of the number.
You could cross multiply I believe and see if they are equivalent. There is another way to do it. I’m not sure. I guess you could plug the numerator into a calculator and then divide by the denominator by both. You could then get decimals and see which is bigger.