If a garden has an area of 100 square feet how much fencing is needed to enclose the garden

Answers

Answer 1

Answer: depends on the dimensions of the garden
the most economical for resources is 10 ft*10 ft=100 sq ft

Answer 2

Answer: if 10 x 10 then fencing needed is 4 x 10 =40

if 5 x 20 then fencing needed is 5 x 2 + 20 x 2 = 50

so it depends on its shape, there are several answers if you stick with whole numbers and many more if you use fractions e.g 2.5 x 40

Related Questions

Each beehives on Larson’s honey farm usually produces 85lbs of honey per year. About how many pounds of honey will 10,000 hives produce in a year?
629,999 rounded to the nearest hundred thousand
Is 7.601 greater than 7.6010?
What are the three equivalent fractions of 12/5
2x +4- 3 (x + 5) = -2x + 4x=-26X=15X=-5x=-15

X squared=2y make X the subject

Answers

x² = 2y

x= √2y

Hope this helps. I don't think you can simplify it any further but I would just check just in case ;)

What is 6/15 in simplest form

Answers

2/5

Hope this helped ;)

What's the vertex and how did you get it?

Answers

The

$3x^2 + 24x + 36 = 0 \implies 3(x^2 + 8x) + 36 = 0 \implies \n \n 3\left\{x^2 + {\bf 8}x + \left((\bf 8)/(2) \right)^2 - \left((\bf 8)/(2) \right)^2 \right\} + 36 = 0 \implies \n \n 3\left\{x^2 + {\bf 8}x + 16 - 16 \right\} + 36 = 0 \implies \n 3\Big\{(x+4)^2 - 16 \Big\} + 36 = 0 \implies \n \n 3(x+4)^2 - 16(3) + 36 = 0 \implies 3(x+4)^2 - 12 = 0$

The vertex is (-4, 12) because a(x - b)^2 + c has vertex (b, c) so 3(x+4)^2 - 12 has vetex (-4, 12)

Just rationalize and simplify

Answers

$\mathsf{Given :\;\;(√(a + 1) - 2)/(√(a + 1) + 2)}$

$\mathsf{Multiplying\;Numerator\;and\;Denominator\;with\;√(a + 1) - 2,\;We\;get :}$

$\mathsf{\implies ((√(a + 1) - 2)(√(a + 1) - 2))/((√(a + 1) + 2)(√(a + 1) - 2))}}$

$\mathsf{\implies ((√(a + 1) - 2)^2)/((√(a + 1))^2 - (2)^2)}}$

$\mathsf{\implies ((√(a + 1))^2 + (2)^2 - 2(√(a + 1))(2))/(a + 1 - 4)}}$

$\mathsf{\implies (a + 1 + 4 - 4√(a + 1))/(a + 1 - 4)}}$

$\mathsf{\implies (a + 5 - 4√(a + 1))/(a - 3)}}$

Answer:

(a+5)-4√(a+1) /(a-3)

Step-by-step explanation:

√(a+1) - 2 / √(a+1) + 2

={√(a+1) - 2 }{√{(a+1) - 2 } / {√(a+1) + 2} {√(a+1) - 2 }

={√(a+1) - 2 }² / {√(a+1)}² - 2²

=[ {√(a+1)}² -4√(a+1) +4 ] / a+1-4

=[a+1-4√(a+1)+4] / (a-3)

=(a+5)-4√(a+1) /(a-3)

What is the complement of 86.4 degrees ?

Answers

Complement for angles means that the total degrees adds up to 90. (these are called complementary angles, supplementary angles add up to 180 degrees!)

Since you already have 86.4, you simple subtract.

90-86.4=3.6

your final answer is 3.6 degrees.

A developer has 7 1/2 acres of land to build houses on. If each house is to be built on 1/4-acre plot, how many houses can he build?A.3
B.5
C.30
D.35

Answers

Amount of land that the developer has to build house on = 7 1/2 acres
   = 15/2 acres
Amount of land required for building each house = 1/4 acre
Then
The total number of
houses that can be built by the developer = (15/2)/(1/4)
   = (15 * 4)/(2 * 1)
   = 15 * 2
   = 30
So the developer can make a total of 30 house with the quantity of land he has. The correct option among all the options given in the question is option "C".

The developer will build 30 total number of houses when the total area is $7 (1)/(2)$ acres.