Weight in what form pounds?
Greetings!
The formula for the area of any triangle is as followed:

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<u>Let Statements:</u>
Let the variable...
→
represent the length of the base of the triangle
→
represent the length of the height of the triangle
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Using the information provided from the question, we can substitute its values in place of the variables and solve for the last remaining variable:

Distribute the parenthesis<em> (The Distributive Property) </em>:


Reduce the fraction to lowest terms:

Add -6 to both sides of the equation:


Divide both sides of the equation by 2:


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The Answer to this Problem is:

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I hope this helped!
-Benjamin
Answer:
.8
Step-by-step explanation:
.8 is the largest
Which one do you need help with
Hello there. I think I have the answer to your question. Without it simplified I think that the probability for white is 8/18 and for red it should be 4/18.