The rectangle has a width of 2 in and a length of 10 in.
Step-by-step explanation:
l = 3w + 4
A = 20
Step 2: Formulate an equation using the formula for the areaof the rectangle.
The area of a rectangle is given by the equation:
A = l x w
where: A - area
l - length
w - width
Substitute the value of A which is 20 in the equation
20 = l x w
Step 3: Solve for width and length
Substitute the value of l and A
20 = (3w + 4)(w)
20 = 3w² + 4w
3w² + 4w - 20 = 0
Factor the equation
(3w + 10)(w - 2) = 0
w1 = -10/3 | w2 = 2
Considering that width can't be negative, width = 2 in
Solve for l
l = (3)2 + 4
l = 10 in
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Verified answer
The rectangle has a width of 2 in and a length of 10 in.
Step-by-step explanation:
Step 1: Identify the given values
l = 3w + 4
A = 20
Step 2: Formulate an equation using the formula for the areaof the rectangle.
The area of a rectangle is given by the equation:
A = l x w
where: A - area
l - length
w - width
Substitute the value of A which is 20 in the equation
20 = l x w
Step 3: Solve for width and length
Substitute the value of l and A
20 = (3w + 4)(w)
20 = 3w² + 4w
3w² + 4w - 20 = 0
Factor the equation
(3w + 10)(w - 2) = 0
w1 = -10/3 | w2 = 2
Considering that width can't be negative, width = 2 in
Solve for l
l = 3w + 4
l = (3)2 + 4
l = 10 in
#CarryonLearning