Answer:
$843.44
Step-by-step explanation:
1,203.44-300=903.44
903.44-60=843.44
Answer:
The Original length of the wire is 61.1 cm.
Step-by-step explanation:
Given:
Now it has been given that the above equation can be used to find the original length in centimeters of a wire before it was cut.
Also We need to find the original length of the wire.
From above equation we can say that;
l ⇒ Original length of the wire.
On Solving the above equation we get;
Now we will add both side by 12.5 using addition property of equality.
Hence the Original length of the wire is 61.1 cm.
Answer:
10
Step-by-step explanation:
3^2 + 3(6 − 2^2) ÷ 6.
PEMDAS says parentheses first
Calculate inside the parentheses
3^2 + 3(6 − 4) ÷ 6.
3^2 + 3(2) ÷ 6.
Then exponents
9 + 3(2) ÷ 6.
Then multiply and divide from left to right
9+6 ÷ 6.
9+1
10
We will plug in -5 for x in the original equation
g(-5) = (-5)^2 - (-5)
we will first square -5
g(-5) = 25 + 5
g(-5) = 30
Hey there :)
We know that the area formula of a rectangle is:
Area = width x length
The given are :
Width = p
Length = 5 + p
Area = 104 ft²
Let us substitute and find p
104 = ( p ) ( 5 + p )
104 = 5p + p²
p² + 5p - 104 = 0
Factor it
Product = - 104 and Sum = 5
Factors = - 8 and 13
( p + 13 )( p - 8 ) = 0
p = -13
p = 8 ↓
We reject the negative value since a side can never be negative
Therefore,Width = p = 8 ftLength = 5 + p = 5 + 8 = 13 ft