<u>Given</u>:
The sides of the triangle are 2.8, 2.8 and x
We need to determine the possible sizes for side x.
<u>Values of x:</u>
The possible values of x can be determined using the triangle inequality theorem.
Applying the theorem, we have;
Thus, one of the possible value of x is 0.
Also, applying the same theorem, we have;
Thus, the other value of x is 5.6
Hence, the possible values of x are
Answer:
jdasoiagkjevlaagehvdlnkaaaaaaajajeghand
Step-by-step explanation:
To add fractions, they must have the same bottom number (denominator).
Let's choose a new denominator to change all of these fractions to. It should be divisible by all of the previous denominators.
12 is good, since it can be divided by 6, 4, and 12.
Now we need to change these fractions into a denominator of 12.
Let's start with 7/6.
We can multiply the numerator (top) and denominator by the same number and still have the same fraction, so what we do is
a. Notice that 6 has to be multiplied by 2 to get to 12.
b. Multiply the top and bottom of 7/6 by 2, showing tht 7/6 = 14/12.
Now for the rest.
1/4...4 needs to be multiplied by 3.
1/4 = 3/12
7/12 already has the right denominator.
Now, we can add up our fractions!
14/12 + 3/12 + 7/12
Just add together the numerators.
24/12
This can be simplified! The top and bottom are both divisible by 12, so...
24/12 = 2/1
And of course a "divided by 1" is redundant, so our answer can just be 2.
Answer:
Theoretical Probability because its what should happen but experimental is what happens
Step-by-step explanation: