Answer:
The diagram is shown below for reference.
Step-by-step explanation:
We are given the length and width of old pumpkin patch as 
meters and 
meters respectively.
It further says length is increased by 
meters and width increased by meters.
So the length of the new pumpkin patch would be 
meters.
And the width would be 
meters.
We know area of a rectangular shape 
So, plugging the above values, we get the area of the new pumpkin patch as:
on rearranging.
Thus the function of the area of the new pumpkin patch would be:
Answer:
32 x p/100 = 40
(Solve for P)
Multiply by 100 on both sides
32x = 4,000
Divide by 32 to get:
X = 125%
(reason why you multiply by 100 is because opposite of division is multiplication and we multiply the number "100" because we always multiply the denominator to both sides when having a fraction so you can solve for p or whatever. And that means p/100 x 100 it means p because since p is not a known value we consider 1/100 x 100 = 1, a variable by itself means 1 so you could just put p by itself next to the number its multiplied by which is 32 so it would be 32p because your multiplying both and the opposite of that would be dividing by 32 on both sides because you are getting rid of the 32 so therefore you will be left with: X = 125)
Answer:
17 cm²
Step-by-step explanation:
First I cut this figure into 2 rectangles. One big and small one. (the big one is on top of the small rectangle).
For the big rectangle, I multiplied its length by its width.
The area of the big rectangle: 3cm * 5cm = 15cm²
For the smaller rectangle, I also multiplied its length and width.
The area of the small rectangle: 1cm * 2 cm = 2cm²
Add up its areas: 15+2
To get 17cm² as your final answer
Answer:
No solution
Step-by-step explanation:
12×+1=3(4×+1)-2
Opening brackets
12x + 1 = 12x + 3 - 2
Collecting like terms
12x - 12x = 3 - 2 - 1
Since x is cancelled out. No solution
