Subtract the amount she gives her mom from the total amount she has:
22 - 12 = 10
She has 10 boxes left.
F 4,500 = 1,200 + 300m
F 4,500 = 1,200 + 300m
G 4,500 = –300 + 1,200m
G 4,500 = –300 + 1,200m
H 4,500 = 300 + 1,200m
H 4,500 = 300 + 1,200m
J 4,500 = 1,200 – 300m
J 4,500 = 1,200 – 300m
Answer:
Step-by-step explanation:
Given
monthly
Required
Write an expression to determine the number of months
The total can be expressed using:
Substitute value for each term
Hence:
Option F answers the question
Answer:
x = 4y + 28
Step-by-step explanation:
x/4 - 7 = y
+7 +7
x/4 = y + 7
× 4 × 4
x = 4y + 28
Answer:
x = 4y + 28
Step-by-step explanation:
For this, you would need to simplify both sides of the equation, after isolating the variable.
Hence, x=-2 and y=4 are the answers to the system of equations.
For the purpose of connecting algebra and geometry with the aid of line and curve graphs, coordinate geometry is necessary. Finding points on a plane is a crucial component of mathematics. It also has a number of uses in other scientific fields such dimensional geometry, calculus, and trigonometry. Use y=-2x in place of x in the first equation:
5x - 9(-2x) = -46
Simplify and find x's value:
5x + 18x = -46
23x = -46
x = -2
We can use the second equation to get y now that we know the value of x:
y = -2x = -2(-2) = 4
Learn more about coordinate geometry here:
#SPJ1
Answer:
Area of rectangle =
Length of rectangle = 14 m
Width of rectangle = 14 m
Step-by-step explanation:
Given:
Perimeter of rectangle is 56 m
To find: the maximized area of a rectangle and the length and width
Solution:
A function has a point of maxima at if
Let x, y denotes length and width of the rectangle.
Perimeter of rectangle = 2( length + width )
Also, perimeter of rectangle is equal to 56 m.
So,
Let A denotes area of rectangle.
A = length × width
Differentiate with respect to x
Put
Also,
At x = 14,
So, x = 14 is a point of maxima
So,
Area of rectangle:
Length of rectangle = 14 m
Width of rectangle = 14 m
Answer:
q = 8o - 42
Step-by-step explanation:
Given: The given formula is q = 2o + 6p.
p = o – 7
Now we have to plug in p = o - 7 in the given formula, we get
q = 2o + 6(o - 7)
Now we use the distributive property a(b-c) =ab - ac and expand.
q = 2o + 6o -6(7)
q = 2o +6o - 42
Here 2o and 6o are the like terms, we can add them
q = 8o - 42
q = 2o + 6p
p = o – 7
⇒ q = 2o + 6(o - 7) = 2o + 6o - 6 × 7 = 8o - 42
⇒ q = 8o - 42
70
60
50
48
Answer:
The value of given expression 52 - 4 of (17 - 12) + 4 × 7 = 60
Step-by-step explanation:
Given expression;
52 - 4 of (17 - 12) + 4 × 7
Find:
The value of given expression 52 - 4 of (17 - 12) + 4 × 7
Computation:
52 - 4 of (17 - 12) + 4 × 7
Using BODMAS rule;
52 - 4 of (17 - 12) + 4 × 7
52 - 4(17 - 12) + 4 × 7
52 - 4(5) + 28
52 - 20 + 28
80 - 20
60
So,
The value of given expression 52 - 4 of (17 - 12) + 4 × 7 = 60