Well, the slope for each side is simple.
All you have to do to remember slope is rise over run.
So for example:
For Vertices E and F the Slope would be 3/9
For Vertices G to H the slope would be 3/9
For vertices G to F the slope would be 6/2
For vertices H to E the slope would be 6/2
What do you notice about slopes on opposite sides?
Answer:
( H to E,and G to F) Have the same slope
(And G to H and E to F.) Have the same slope.
What do you notice about slopes of adjacent lines?
adjacent means adjoining or next to. So can you figure this question out? Using the information above?
The Question is Incomplete The complete question with figure is below.
Answer:
Therefore the equation to solve for b is
Step-by-step explanation:
Given:
In Right Angle Triangle ABC
∠C = 90°
BC = 5 cm
AB = 10 cm
∠A = 30°
To Find:
b = ?
Solution:
In Right Angle Triangle ABC Tangent identity we have
Substituting the values we get
Therefore the equation to solve for b is
Answer:
The correct answer of the problem is 1.
Step-by-step explanation:
Let the original number on which the wrong procedure is applied is x.
Now, Steve multiplied by 7 and then added 3 to get the answer of - 11.
So, 7x + 3 = - 11
⇒ 7x = - 14
⇒ x = - 2
Now, the correct step to get the answer is multiplying by 3 and adding 7.
Hence, the correct answer of the problem is (- 2) × 3 + 7 = - 6 + 7 = 1 (Answer)
Would it just be .8% chance? because .4x2 because they’re both doing it?
Answer:
5m^5n^4
Step-by-step explanation:
Divide the length (5m^4n^2) into the area (25m^9n^6) to obtain the width:
25m^9n^6
----------------- = 5 m^(9-4)n(6-2) = 5 m^5n^4
5 m^4n^2
The width of the rectangle is 5m^5n^4.
