Answer:
1.77245385091
UwU Your so smart Anthony.
Answer:
942m³
Step-by-step explanation:
π×radius²×height
π×5²×12=942.4777961m²
to 3sf it's
942m³
3 significant figures is 3 numbers.
Answer: The rock would still weigh 90lbs
Step-by-step explanation:
No, weight has being proven to reduce by the further you move from the center of the Earth. But since even the tallest buildings in the world or tallest mountains are a tiny fraction of the Earth’s radius, the difference in weight won’t be something that can be measured as it’s a tiny fraction. So the mass of the rock doesn’t change what changes is the gravitational force ( g ). So the rock would still end up weighing 90lbs even at the top of the tower because it is still within the earths atmosphere.
Answer:
It is given that that length of the container is half of a foot longer than its width and that x is the width of the container. So, the length of the container can be represented by the expression below.
x+1/2
Recall that the formula for the volume of a rectangular prism is given by the formula V = l · w · h, where l is the length, w is the width, and h is the height.
Rewrite the given expression by factoring out the leading coefficient and x2. The expression left inside the parentheses should have a linear term with a leading coefficient of 1 to match the expression for the length of the container.
7x^3+3.5x^2
7x^2(x+1/2)
Now, rewrite this resulting expression as a product of three factors to represent the width, length, and height of the container.
7x^2(x+1/2)
7x*x*(x+1/2)
( * means multiply)
Thus, if the length of the container is half a foot longer than its width, x, then the expression 7x represents the height of the container.
Step-by-step explanation:
plato
Answer:
8and11
Step-by-step explanation:
8is the median and 11is the median