You'd have to multiply 16 by 15.
Three 5 pound bags= 15
1 pound=16 ounces.
16x15=240
240 divided by 10=24
The answer is 24 bags of 10-ounces.
The answer is C) c = 4h. However, since it is multiplication it can also be c = h4, choice A.
There are four properties of multiplication.
1) commutative property
2) associative property
3) multiplicative identity property
4) distributive property
The above problem shows a commutative property where when two numbers are multiplied together, the product is the same regardless of the order of the multiplicands.
Choice C. c = 4h Choice A. c = h4
Both 4 and h are multiplicands and whichever order they are, they always produce the same product.
For example. h is equal to 10
Choice C. c = 4 * 10 = 40 ; Choice A. c = 10 * 4 = 40.
Same product, different order of multiplicands.
Answer:
ripppppppppp
Step-by-step explanation:
ripppppppppppp
Answer:
c a = 2.4b
Step-by-step explanation:
y = kx is the form of the equation where k is the constant of proportionality
y and x can be any letters
Replacing y and x with a and b and k with 2.4
a = 2.4b
Given that the equation to find the height of the firework is
h(t) = at² + vt + h₀
with a = -16 ft/s² and v = 128 ft/s. In addition, since the firework starts from the ground, then the initial height, h₀, is equal to 0. Substituting these values, we have
h(t) = -16t² + 128t + 0 = -16t² + 128t
Seeing that h(t) is a quadratic function, then it forms a parabola. To find its maximum height, we can compute for the parabola's vertex.
To find the vertex's x-coordinate, we can use
t = -b/2a = (-128)/(2 · -16) = -128/-32 = 4
Since, it takes 4 seconds for the firework to reach its maximum height, then the maximum height it reaches is equal to h(4). Hence, we have
h(4) = -16(4)² + 128(4) = -16(16) + 512 = 256
Hence, the highest that the firework can reach is equal to 256 ft.
Answer: A. 256 ft