The two containers are mathematically similar in shape. The larger container has a volume of 3456cm3 and a surface area of 1024c
1 answer:
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Answer:
Step-by-step explanation:
Information provided
The eastern balloon makes an elevation angle of and is positioned at a height of 461 m.
The western balloon creates an elevation angle of and is positioned at a height of 296 m.
Considering that Erica is 1.6 m tall, the effective height of the Red balloon becomes 459.4 m,
while the effective height of the Blue balloon ends up at 294.4 m.
Utilizing trigonometric principles,
Now calculating the distance separating the two Balloons,
Answer:
Option D) 7.90 g and 8.12 g
Step-by-step explanation:
The details provided in the question are:
Mean, μ = 8.01 g
Standard Deviation, σ = 0.06 g
The weights are distributed in a bell-shaped normal distribution.
Formula:
We need to determine the value of x for which the probability is 0.03.
P(X > x)
Using the standard normal z table, we find that,
Thus, the value of 8.17 g separates the upper 3% of the weights.
P(X < x)
From the standard normal z table, we derive,
Consequently, 7.90 separates the lower 3% of the weights.
<ptherefore the="" accurate="" answer="" is="">Option D) 7.90 g and 8.12 g
</ptherefore>
Zx = 5g(2x - c) Apply the Distributive Property
zx = 10gx - 5cg Subtract 10gx from each side
zx - 10gx = -5cg Factor x out
x (z - 10g) = -5cg Divide by (z - 10g)
x =
zx = 10gx - 5cg Subtract 10gx from each side
zx - 10gx = -5cg Factor x out
x (z - 10g) = -5cg Divide by (z - 10g)
x =