Answer:
For making this statement true we have to check Triangle Inequality theorem.
Step-by-step explanation:
Given that,
Triangle ΔABC having three vertices are A (), B(), C () and AC is the longest side.
from the question,
Diagram of the given scenario is shown below,
According to Triangle Inequality theorem states that sum of any 2 sides of a triangle is always greater than third side.
Taking the ΔABC we have,
This condition must be satisfied for drawing a triangle if any two side sum is lesser than third side it will not form a triangle.
Hence,
For making this statement true we have to check Triangle Inequality theorem.
Answer:
y- intercept =8 , slope =7
Step-by-step explanation:
7x-2y=-16
-2y = -16-7x
-2y = -16-7x
-2 -2 -2 cancelled by -2,and then (-) cancel the negative on -16 or ( -16÷(-2) =8
y=8-7x
slope=7
y- intercept =8
Answer: 4 parfaits.
Step-by-step explanation: 1/2 divided by 1/8. when you divide you flip the second fraction and multiply it so now it's 1/2 x 8/1 which is 8/2 and then is turned into 4 so 4 parfaits
Hope this helps im really good at fractions if you need anything else lol :')
Answer:
Step-by-step explanation:
Here, we can use an angle rule.
We see that angles ° and 130° are under a sort of F shape, where lines m and n are the horizontal parts of the letter and where the diagonal line is the vertical part of the letter.
This means we can use the rule:
Corresponding angles are equal.
This means that:
We can now use this equation we have formed to solve for :
Therefore, our final answer is .