Answer:
1<x−2<7
9<x+7<10
7<x+4<12
Step-by-step explanation:
Not sure if it’s right.. hope it helps
This most of the angles you asked about except for 20 i m not sure about it sorry
Answer:
n= 29
Step-by-step explanation:
multiply to remove the fraction, then set the unknown to 0 then solve
<u>QUESTION 1</u>
The given figure is made up of a parallelogram and a rectangle.
The area of the parallelogram is
The base of the parallelogram is 6 units (Just count the boxes).
The height is also 1 unit.
This implies that the area of the parallelogram is
To find the area of the rectangle, we need to find the width and the length using the distance formula or the Pythagoras Theorem.
Using the Pythagoras Theorem,
Similarly,
The area of the rectangle is
We substitute the values into the formula to obtain;
The area of the figure is
<u>QUESTION 2</u>
We can divide the given polygon into two parts to obtain a triangle and a rectangle. See diagram in attachment.
The area of the triangular portion is
The area of the rectangle is
The area of the polygon is