Answer:
1
Step-by-step explanation:
In the picture
Answer:
Dimensions: 150 m x 150 m
Area: 22,500m²
Step-by-step explanation:
Given information:
- Rectangular field
- Total amount of fencing = 600m
- All 4 sides of the field need to be fenced
Let
= width of the field
Let
= length of the field
Create two equations from the given information:
<u>Area of field</u>: 
<u>Perimeter of fence</u>: 
Rearrange the equation for the perimeter of the fence to make y the subject:

Substitute this into the equation for Area:

To find the value of x that will make the area a <em>maximum</em>, <u>differentiate</u> A with respect to x:

Set it to zero and solve for x:

Substitute the found value of x into the original equation for the perimeter and solve for y:

Therefore, the dimensions that will give Tanya the maximum area are:
150 m x 150 m
The maximum area is:

Answer:
No it will not
Step-by-step explanation:
Because if you do y2-y1/ x2-x1 you will get the slope of 1.5 and if you do the same for points (188,160) the slope wouldn't be the same
Answer:
9 inches
Step-by-step explanation:
(x + 2)² = 121
√(x + 2)² = √121
x + 2 = 11
x + 2 - 2 = 11 - 2
x = 9
Answer:
Tn = 2 * ±5^(n-1)
where Tn is the nth term of the geometric sequence.
Step-by-step explanation:
The geometric sequence is one in which there are changes between consecutive terms as a result of a common ratio.
A geometric sequence with a common ratio r and a as it's first term has an nth term defined as
Tn = ar^n-1 as such, if a1 = 2 a3 = 50 then
T3 = ar^3-1
50 = 2 * r²
r² = 25
r = ±5
The rule for the nth term may be written as
Tn = 2 * ±5^(n-1)