Answer:
Part 1: The solution is (-4,-6)
Part 2: 2 should be distributed as 2y + 12; y = 6
Part 3:
Step-by-step explanation:
Part 1: Given the system of equations
→ (1)
→ (2)
Solving above two equations
Subtract 2 from 1, we get
(1) ⇒
The solution is (-4,-6)
Option 1 is correct.
Part 2: The incorrect work of a student to solve an equation 2(y + 6) = 4y
we have to choose the correct step to solve value of y
Equation: 2(y + 6) = 4y
By distributive property
2y+12=4y
2y=12 ⇒ y=6
Hence, 2 should be distributed as 2y + 12; y = 6
∴ Option 1 is correct.
Part 3: Given the equation 3.3x − 6.6 = 2.7x
we have to solve
3.3x − 6.6 = 2.7x
Subtracting 2.7x both sides
Option 2 is correct.
A Square is a two-dimensional figure that has four sides and all four sides are equal.
The area of a square is given as:
Area = side²
The sketch of the 3 x y square is given below.
The area of 3 x y square of 9 square units
A Square is a two-dimensional figure that has four sides and all four sides are equal.
The area of a square is given as:
Area = side²
We have,
A square with an area of 3 x y.
We know that all sides of a square are equal.
3 x y square can be written as 3 x 3.
The side of the square is 3 units.
The area of 3 x y square:
Area = 3 x 3
Area = 9 square units
The sketch is given below.
A_________B
| |
| |
D|_________|C
Each side is 3 units.
Thus,
The sketch of the 3 x y square is given above.
The area of 3 x y square of 9 square units
Learn more about squares here:
#SPJ2
Answer:
7
Step-by-step explanation:
3 = 3 X 2 + 1
2
= 6 + 1
2
= 7/2
therefore, the numerator is 7 which is the figure at the upper part of the improper fraction
Answer:
7 = ?
Step-by-step explanation:
3 1/2 is a mixed fraction
?/2 shows itself as an improper fraction
To have 3 1/2 turn into an improper fraction, you multiply the denominator(2) by the whole number(3)
3 x 2 = 6
With the remaining numerator, which is 1, you add it to the total product of 3 and 2, giving you 7
Relationship T: Veron cooked 6 hamburgers in 10 min, and thenhe cooked 9 hamburgers in 15 min.
What statement is true about these relationships?
A.Neither relationship is a direct variation.
B.Both relationships are direct variation.
C.Only relationship S is a direct variation.
D.Only relationship T is a direct variation.
Step-by-step explanation:
If the tickets given to employees = 40
Then tickets given to listeners = 2 x no of employees tickets
= 2 x40 = 80
Total tickets = 40+ 80 = 120
61+48=109 but that's the cost for both questions but I think its right yw hope that helped :)
42+19=61
40+8=48