The center of a circle is the point (
x
,
1
)
(
x
,
1
)
. If the point
(

2
,

5
)
(
-
2
,
-
5
)
is on the circle and the radius is

61
61
, what is the equation of the circle in the form
x
2
+
y
2
+
a
x
+
b
y
+
c
=
0
x
2
+
y
2
+
a
x
+
b
y
+
c
=
0
? You only need to put one equation in the answer box.

Answers

Answer 1
Answer: Could you please write your question with less random spaces

Related Questions

A few sentences with the word strive?
Identify the constant term in 14x + 6y - 5. A. 14 B. 6y C. -5 D. 5
How do you put 5/2 on a number line
Helllllppppppppppp !!!!!!!!​
Please please help asap <3

the base of a regular pyramid is a hexagon whose perimeter is 84 feet. the volume of the pyramid is approximately 4,677.85 cubic feet. find the height of the pyramid.

Answers

Answer:

The height of the pyramid is 27.56\ ft

Step-by-step explanation:

we know that

The volume of the pyramid is equal to

V=(1)/(3)BH

where

B is the area of the base of the pyramid

H is the height of the pyramid

step 1

Find the area B of the regular hexagonal base

we know that

The perimeter of a regular hexagon is

P=6b

where

b is the length side of the hexagon

we have

P=84\ ft

substitute

84=6b

solve for b

b=14\ ft

Remember that the area of a regular hexagon is the same that the area of six equilateral triangles

Determine the area of the six equilateral triangles, applying the formula of the law of sines

B=6[(1)/(2)b^2sin(60\°)]

substitute the value of b

B=6[(1)/(2)(14)^2sin(60\°)]

B=509.22\ ft^2

step 2

Find the height of the pyramid

V=(1)/(3)BH

we have

V=4,677.85\ ft^3

B=509.22\ ft^2

substitute

4,677.85=(1)/(3)(509.22)H

solve for H

14,033.55=(509.22)H

H=14,033.55/(509.22)H

H=27.56\ ft

Herman is standing on a ladder that is partly in a hole.He starts out on a rung that is 6 feet under ground ,climbs up 14 feet,then climbs down 11 feet.What is Herman's final position,relative to grounded level?

Answers

Answer:

Herman's final position is -3 feet relative to the ground level.

Step-by-step explanation:

As given:

Herman starts out on a rung that is 6 feet under ground ,climbs up 14 feet,then climbs down 11 feet.

The initial position is 6 feet(negative value) under ground, then up 14 feet (plus value)and down again 11 feet(negative value).

We take positive value when position is above the initial level and negative when the position is below the level.

The final position relative to ground level is:

-6+14-11

=-17+14=-3

Therefore, Herman's final position is -3 feet relative to the ground level.

well lets try using negatives and positives, negatives for underground positives for above. -6 + 14 = 8 then 8 - 11 = -3. When Herman finally stops climbing he is 3 feet below ground level.

What is the least common multiple you could use to find 4/5 + 5/6?

Answers

Tbh idk ask your teacher

Use the graph to write a linear function that relates y to x

Answers

The equation of a line can be predicted easily if two points are given. Thus, the equation of the required line is \bold{y=4}.

We need to determine the equation of the line with the help of the given graph.

Now, take two points from the graph. The points are ( 1, 4 ) and ( 2, 4 ).

The if a line passed through the two points say (x_1,y_1)\;\rm{and}\;(x_2,y_2), then the equation of the line can be formulated as:

(y-y_1)=(y_2-y_1)/(x_2-x_1)(x-x_1)

Therefore, apply the formula and solve it further.

\begin{aligned} (y-4)&=(4-4)/(3-2)(x-1)\ny-4&=0\ny&=4 \end{aligned}

Thus, the equation of the line is \bold{y=4}

To know more about the equation of the line, please refer to the link:

brainly.com/question/20632687

Answer:

y = 3

Step-by-step explanation:

This is a constant function

y = 3

If $8 = 3/5 of the bill how much was the bill

Answers

$8=3/5b

3b=$40

b=$40/3

b=$13.33
$13.33 or $33 1/3 ^^

There are 3392 people a month how many people are there in Surat

Answers


Using the information given in the question, there's no way to
calculate the answer.  The only thing we can say for sure is that
it's not more than 3,392 a month .. IF that statistic refers to Surat.