Can the sides of a triangle have lengths 4, 7, and 9? yes OR no
2 answers:
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Answer:
Draw a dashed line to represent the graph of and shade the portion below the line for positive values of x and y
Step-by-step explanation:
Let
x------> the number of nickels in the box
y------> the number of dimes in the box
we know that
Multiply by both sides
------> inequality that represent the situation
The solution of the inequality is the triangular shaded area below the dashed line
see the attached figure
therefore
The statement which best describes the steps to graph the solution to the inequality in x and y is
Draw a dashed line to represent the graph of and shade the portion below the line for positive values of x and y
The value of x from the given conditions is 35.
The line TV and RI intersect at E.
The measure of IVE=50° and the measure of VIE=70°.
Since, the points V, I and E makes a triangle.
Therefore, the total angle inside the triangle is 180°.
Hence,
∠IVE + ∠VIE + ∠VEI = 180°
50°+70°+ ∠VEI = 180°
∠VEI = 180°-50°-70°
∠VEI = 60°
Also the angles ∠VEI and the angle ∠RET are congruent.
Therefore, ∠VEI = ∠RET
60° = 2x-10
2x = 70
x = 70/2
x = 35.
The lines TV and RI intersect at E. If the measure of IVE=50, the measure of VIE=70 and the measure of RET=2X-10. Then the value of x = 35.
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