2 years ago

David was editing his audio recording in his audio editing software. He adjusted the vocal track of his audio toward

Computers and Technology

1 answer:

Dmitrij [34]2 years ago

6 0

Answer:

Explanation:

balancing the sound

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Assume X and Y are indepndent. Assume that X has mean 10 and standard deviation 8. Assume Y has mean 12 and standard deviation 6

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Answer:

$\sigma_z = 10$

Explanation:

Given

$\bar x = 10$

$\sigma_x = 8$

$\bar y = 12$

$\sigma_y = 6$

$z = x + y$

Required

$\sigma_z$

This is calculated as:

$\sigma_z = \sqrt{Var(x) + Var(y)}$

Calculate $Var(x)$

We have:

$Var(x) = \sigma_x^2$

$Var(x) = 8^2$

$Var(x) = 64$

Calculate $Var(y)$

We have:

$Var(y) = \sigma_y^2$

$Var(y) = 6^2$

$Var(y) = 36$

So, we have:

$\sigma_z = \sqrt{Var(x) + Var(y)}$

$\sigma_z = \sqrt{64 + 36}$

$\sigma_z = \sqrt{100}$

$\sigma_z = 10$

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