Answer:
No, You can't. You have to make their denominators equal!
Step-by-step explanation:
So first, you make their denominators equal!
Multiplying both the numerator and denominator with the same number results in the same fraction, just un-simplified
So, we input it!
There you go!
Hope you get better at math!(gets wayyyyyyyyyyy...y more complicated later)
Hope this helps!
See Ya!
P.S. Stay Safe!
The result of adding the answer together is 1
That would be .14
<em>How?</em>
Well that's easy all you have to do is set up 2.4÷16.8 Move the decimal over to the right to make it 24÷16.8 then at last you get dividing it. Do it how you would normally divide. Then you should get a huge decimal after you divide it. You want to round to the nearest hundredth (if necessary) so you should get .14 as your answer! Hope that helped!
Answer:
D: {-20, -13, 1, 6}
R: {-20, -8, 11, 13}
Step-by-step explanation:
Given the relation, {(–20, 11), (6, –8), (1, –20), (–13, 13)}, all x-values (inputs) make up the domain of the relation while all y-values make up the range of the relation.
Therefore:
Domain: {-20, -13, 1, 6}
Range: {-20, -8, 11, 13}
