134.84 percent.
Just divide 384 by the other number
Answer:
16.5 units
Step-by-step explanation:
The midsegment is the distance between the midpoints of the nonparallel sides of the trapezoid.
The trapezoid ABCD has vertices A(1,6) B(-2,6) C(-10,-10) and D(20,-10).
We want to find the midsegment of ABCD to the nearest tenth.
The midpoint of BC is;
The midpoint of AD is :
The length of the midsegment is the distance from (-6,2) to (10.5,2)
TO write the function into vertex form, we need to add one zero and the solution is shown below:
f(x)= x² -6x +1
Add one zero in the form of -9 and 9, such as:
f(x) = x² -6x +1 -9 +9
f(x) = (x² -6x +9) +(1-9)
f(x) = (x-3)² + (-8)
f(x) = (x-3)² - 8
This is the vertex form of the given function and only one zero is being added.
The equation for the area of a circle is A = PI x r^2
R = radius, which is half the diameter = 23/2 = 11.5
Area = 3.14 x 11.5^2
Area = 3.14 x 132.25
Area = 415.265 square cm.
We need to covert 100 m to cm
1m=100 cm
100m=10000cm
so if he threw it and it landed 60 from on end, the pool is still same width/legnth so
it depends on whether it landed in the pool 60 cm away from edge or outside of the pool, 60 cm from edge
if in go to AAAAAAAAAA
if out got to BBBBBBB
AAAAAAAAAAAAAAAA
60+distance to other edge=width of pool=10000
60+d=10,000
subtract 60
9940 cm
BBBBBBBBBB
60+width=distance
60+10,000
10,060 cm
if it landed IN the pool 60 cm away from edge, answer is 9940cm
if it landed OUTSIDE of the pool, 60 cm from edge, answer is 10,060 cm
