3 1/3 divided by 2/3 helppp will give brainlist if good answers
2 answers:
You might be interested in
Answer:
The vertical distance from the top of the slide go the ground is 24.25 feet
Step-by-step explanation:
Here, we want to calculate the vertical distance from the top of the slide to the ground.
To answer this properly, we shall need the aid of a diagram. Please check the attachment for this;
Mathematically, to calculate this vertical distance, we shall be employing the use of a trigonometric ratio since the shape we are considering is a right-angled triangle
The vertical distance faces the angle given and we can refer to it as the opposite. The length of the slide refers to the hypotenuse
So the trigonometric ratio we are to use will consider the opposite and the hypotenuse
This is the sine
Mathematically sine of an angle = length of the opposite/length of the hypotenuse
let’s call the length of the opposite x
sin 60 = x/28
x = 28 sin 60
x = 24.248 which is 24.25 feet
Answer:
-3
Step-by-step explanation:
woiowiowiwowiowiwooiwoiwowiw
The true statement about the quadrilateral is ABCD is a rhombus with non-perpendicular adjacent sides.
<h3>How to determine the true statement?</h3>The coordinates are given as:
A(4, 5), B(2, 4), Q4, 3), and D(6, 4).
Next, we plot the graph of the quadrilateral ABCD
See attachment
From the attached graph, we have the following highlights:
- Opposite sides are equal
- Opposite sides are parallel
- Adjacent sides are not perpendicular
This means that the quadrilateral is ABCD is a rhombus
Read more about quadrilateral at
#SPJ1
<u>Complete question</u>
A quadrilateral has vertices A(4, 5), B(2, 4), C(4, 3), and D(6, 4). Which statement about the quadrilateral is true?
1) ABCD is a parallelogram with noncongruent adjacent sides.
2) ABCD is a trapezoid with only one pair of parallel sides.
3) ABCD is a rectangle with noncongruent adjacent sides.
4) ABCD is a square.
5) ABCD is a rhombus with non-perpendicular adjacent sides.
