Answer:
What's the equation first? I always solve for letters like z and x. Look at the equation first deeply in. Like as an example, if it was 9 + z = 21, z =12.
1. The area of a rectangular barnyard is given by the trinomial 4x ^ 2 + 4x-3. What are the possible dimensions of the barnyard? Use factoring
4x ^ 2 + 4x-3
For this case, the first thing we must do is factorize the given expression.
We have then factoring:
(2x-1) * (2x + 3)
Therefore the dimensions of the rectangle are:
(2x-1)
(2x + 3)
Answer:
the possible dimensions of the barnyard are:
(2x-1)
(2x + 3)
2. The area of a rectangular picture frame is given by the trinomial 6x ^ 2-11x-72. What are the possible dimensions of the frame? Use factoring
6x ^ 2-11x-72
For this case, the first thing we must do is factorize the given expression.
We have then factoring:
(3x + 8) * (2x-9)
Therefore the dimensions of the rectangle are:
(3x + 8)
(2x-9)
Answer:
the possible dimensions of the frame are:
(3x + 8)
(2x-9)
Answer:
Move all terms to the left side and set equal to zero. Then set each factor equal to zero.Move all terms to the left side and set equal to zero. Then set each factor equal to zero.
Solution
= − 3
11−11+35=3 11+24=3
11+24=311n+24=3n11n+24=3n11+24−24=3−24 1
The waffle cone can hold 6.284 meter cube of ice cream
Step-by-step explanation:
Given,
Diameter of the cone= 2 inches
Radius (r) = 2/2 = 1 inch
Height of the cone (h) = 6 inches
As the waffle cone is in the form of cone, we should find the volume of the cone to find the how much ice cream can the waffle hold.
Volume of the cone = (1/3) ( π x r x r x h)
= (1/3) ( 3.142 x 1 x 1 x 6)
= 6.284 inches cube
The waffle cone can hold 6.284 inches cube of ice cream in it.
We can round it of to 6 cubic inches.