Answer:
x = 136º
Step-by-step explanation:
This is true because of the vertical angles rule. With vertical angles, they always equal each other.
The two straight lines form vertical angles due to their intersection which are congruent, giving x a value of 136°.
The question pertains to angles and lines in geometry. Based on the information given, it seems that the two straight lines form vertical angles. Vertical angles are two angles whose sides form two pairs of opposite rays. They occur when two lines intersect, and are congruent, meaning they have the same measure.
In this case, x and 136° seem to be vertical angles. Therefore, the value of x would be equal to the other angle. So, x = 136°.
#SPJ3
2
−4
−8
Answer:
The coefficient is -4
Step-by-step explanation:
The width of the garden is 6 feet. We found this by expressing the length in terms of width, substituting into the perimeter equation, simplifying to find the value of width.
In solving this problem, we will follow a few simple steps. First, we know that the perimeter of a rectangle is given by the formula: Perimeter = 2*length + 2*width. We know from the problem that the perimeter is 48 feet and the length of the garden is 6 feet longer than 2 times its width.
Let's denote the width as 'w'. Then, the length would be 2w + 6. Substituting these into the perimeter equation, we have: 48 = 2*(2w+6) + 2*w. Simplifying this equation gives 48 = 4w + 12 + 2w, which further simplifies to 48 = 6w + 12. If we now deduct 12 from both sides, we have: 36 = 6w. Finally, dividing by 6 gives us the width: w = 6 feet.
#SPJ2
i believe the correct ones are...
1
3
5
7
Answer:
The simplest form would be:
8c² - 1.5d
Explanation:
To simplify an expression, we need to gather the like terms.
Like terms are the ones having the same variable raised to the same power
In the given expression:
6c² + 2.5d - d + 2c² - 3d
We have terms having c² and terms having d.
Therefore, we would gather them as follows:
6c² + 2.5d - d + 2c² - 3d
(6+2)c² + (2.5-1-3)d
8c² - 1.5d ......................> This is the simplest form
Hope this helps :)
Frisbee. Approximately how many feet from the base of the tree is the
Frisbee?