Answer:
follow the statement below
Step-by-step explanation:
The question you presented here has multiple (un-limited) solutions unless you have another condition to solve for a single solution.
Equation: y = ax² + bx + c
y intercept (0 , 3): c = 3
axis of symmetry x=-5, therefore a corresponding point (-10,3) on the curve
3 = a*(-10)² + b*(-10) + 3
100a - 10b = 0
b = 10a .... any pair like a=0.5 b=5; a=1 b=10 0r a=2 b=20 ..... all fit the function
y = 0.5x² + 5x +3
y = x² + 10x + 3
y = 2x² + 20x +3
........................
Answer:
55
Step-by-step explanation:
first you plug in the numbers where they belong...
(-4-1)²+2(1)- 7(-4)
now you do the Order of Operations
P anything in ()
E exponents (²)
M multiplication
D division
A addition
S subtraction
first do (-4-1)²
-5²= -5* -5= 25
now we have... 25+2(1) - 7(-4)
now do 2*1= 2 also do 7 * (-4)= -28
now we have 25+2-(-28)
because there is that -(-28) just make it a +28
now do 25+2+28
27+28
55
Answer:
£0.85 for each
£1.70 for both
Step-by-step explanation:
Variable x = cost of baked beans
2.30 + 2(2.60) + 2x = 10 - 0.80
Use PEMDAS
2.30 + 5.20 + 2x = 10 - 0.80
7.50 + 2x = 9.20
Subtract both sides by 7.50
2x = 1.70
Divide both sides by 2 to isolate the variable
x = 0.85
Let's check our work by plugging this into our original equation
2.30 + 2(2.60) + 2(0.85) = 10 - 0.80
2.30 + 5.20 + 1.70 = 10 - 0.80
7.50 + 1.70 = 9.20
9.20 = 9.20
Our number is correct
Answer:
The height is approximately 5.4961507
Step-by-step explanation:
The volume of a right cylinder is 
π · r² · h, where r is the radius and h is the height.
We know the radius and volume. We can figure out the height like so:
Now, we just substitute the known values in for their corresponding variables:
The height of the cylinder is approximately 5.4961507
Answer:
these are the ten numbers :
0 8 2 6 9 2 0 8 0 0
