2(
x + 4) = 
x + 4 which is the second option is the equivalent expression.
Explanation:
First, we need to calculate the value of two-fifths of x. It means 2 portions out of the five portions of x which equates to x.
Now we calculate the values of the two expresssions on the LHS.
1) 2 (two-fifths x + 2) = 2 (x + 2) = x + 4.
2) (two-fifths x + 4) = 2(x + 4) = x + 8.
Now we determine values of the four expressions on the RHS.
1) Two and two-fifths x + 1 = 2x + 1
2) Four-fifths x + 4 = x + 4
3) Four-fifths x + 2 = x + 2
4) Two and two-fifths x + 8 = 2x + 8.
Out of the various LHS and RHS values, the 
LHS value and 
RHS value is the same. So option 2 is the answer.
Answer:
make 3
Step-by-step explanation:
13.5x2.5=33.75in
33.75in=2.8125ft
2.9ft(or so)x3=8.7
You can only make 3 with about 1.5 ft left over. cause 33.75x3=101.25, which is 8.4375ft, or 8.5 ft.
Answer:
There will be an infinite number of solutions.
Step-by-step explanation:
From the given system of equations, we have to find the solution.
The equations are
........... (1) and
- 3x + 4y = - 20 .......... (2)
Now, simplifying the equation (1) we get
4y = 3x - 20
⇒ - 3x + 4y = - 20
which is nothing but the equation (2).
Therefore, the system of equations (1) and (2) are the same straight line.
Hence, there will be an infinite number of solutions. (Answer)
well, first off, let's notice that we have a trapezoid with a rectangle inside it, so the rectangle is really "using up" area that the trapezoid already has.
now, if we just get the area of the trapezoid, and then the area of the rectangle alone, and then subtract that area of the rectangle, the rectangle will in effect be making a hole inside the trapezoid's area, and what's leftover, is the shaded section, that part the hole is not touching.
