IF the estimates are 100% accurate, then the maximum volume of concrete is the product of the maximum dimensions, namely
Vmax=18.32*12.22*0.55=123.13 m^3
and the minimum volume of concrete is the product of the minimum dimensions
Vmin=18.28*12.18*0.45=100.19 m^3
the uncertainty is therefore 123.13-100.19=22.94 m^3
On the practical side, to this uncertainty must be added to
- squareness of the formwork
- evenness of the surface of the crushed stones on which the foundation sits on
- excess of concrete delivered by the truck
- volume of air bubbles trapped in the the concrete, ...
Answer:
3
Step-by-step explanation:
3t + 2 = 5t - 4
3t - 5t = -4 - 2
-2t = -6
t = 6/2
t = 3
The improper fraction would be 2071/1000
For both functions, we can use the rise over run formula to find the slope. Rise over run uses the following formula:

Function 1 has the points (0,4) and (3,0). Plug the x and y values into the formula:

Function 1 has a slope of -4/3.
We can take any two points from Function 2. We'll use (0,5) and (4,8). Plug the values into the formula:

Function 2 has a slope of 3/4.
Because the question asks for the steeper slope, we'll convert the slope of Function 1 into a positive number. The slope will now be 4/3.
Compare the slopes of both functions:
Function 1 has the steeper slope, -4/3.
Answer: 3 goes to c i think
Step-by-step explanation: oop