Answer: A) 0 triangles
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Explanation:
Adding up the two smaller sides gets us 9.6+11.6 = 21.2, but this result is not larger than the third side of 21.2
For a triangle to be possible, we need to be able to add any two sides and have the sum be larger than the third remaining side. This is the triangle inequality theorem.
I recommend you cutting out slips of paper with these side lengths and trying it out yourself. You'll find that a triangle cannot be formed. The 9.6 cm and the 11.6 cm sides will combine to form a straight line that is 21.2 cm, but a triangle won't form.
As another example of a triangle that can't be formed is a triangle with sides of 3 cm, 5 cm, and 8 cm. The 3 and 5 cm sides add to 3+5 = 8 cm, but this does not exceed the third side. The best we can do is form a straight line but that's not a triangle.
In short, zero triangles can be formed with the given side lengths of 9.6 cm, 11.6 cm, and 21.2 cm
Answer:
0.629 or 0.795
Step-by-step explanation:
Answer:
The y intercept is (0,4)
Step-by-step explanation:
Recommend using a graphing calculator for this equation
We are given function f(c) = 24c+5 that models the number of cans Luis will have after his purchase of more c number of cases Luis purchase.
We need to find the domain of the function in respect to the given function.
Here we used variable c. And c represents the number of cases Luis can purchase.
Minimum number of cases Luis can purchase = 0.
There are total 12 cases in stock.
Therefore, maximum number of cases Luis can purchase = 12.
<h3>So, the domain of the function is {0,1,2,3,4,5,6,7,8,9,10,11,12}.</h3>
