Answer:
f(2) = 14
Step-by-step explanation:
Step 1: Define
f(x) = 2x³ - 2
f(2) = x = 2
Step 2: Substitute and evaluate
f(2) = 2(2)³ - 2
f(2) = 2(8) - 2
f(2) = 16 - 2
f(2) = 14
B. x + 7(325) = 15(350)
C. 8x – 7(325) = 350
D. 8x + 7(325) = 2(350)
E. 8x + 7(325) = 15(350)
What is the answear 2 (x+10)
Let the number of yellow cubes be x
Yellow Cubes = x
Blue Cubes = 3x
Green = 5 (3x) = 15x
Ratio : Yellow : Blue : Green = 1 : 3 : 15
P(Yellow) = 1/19
Answer: 1/19
We can apply the addition rule in the simple way as the addition of two addition .
The addition is one of the mathematical operations. The addition of two numbers results in the total amount of the combined value.
Given two function f and g
Function addtion; f + g.
It is the addition of two functions similar to the addition of any two polynomial functions.
we can apply the addition rule in the simple way as the addition of two addition .
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Given that Pam spends 80 minutes a day practicing math and dance combined, with dancing taking up 20 minutes more than math, it's mathematically impossible for her to spend 60 minutes on dance. She can only spend 50 minutes on dance and 30 minutes on math.
To answer your question, let's first assume that Pam spends 'x' minutes practicing math. According to the information provided, she spends 20 minutes more dancing than doing math, which means she spends 'x + 20' minutes dancing. The total time she spends practicing both activities is 80 minutes. So, 'x' (math) plus 'x + 20' (dance) equals 80.
This can be represented as the equation: x + x + 20 = 80. By solving this equation, we find that 'x' equals 30. This means that Pam spends 30 minutes practicing math and 50 minutes (30 + 20) practicing dance. Therefore, it is not possible for Pam to have spent 60 minutes practicing dance every day because she only spends 50 minutes practicing dance.
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