The difference of the polynomials given is -2x³y² + 9x²y³ - 3xy⁴ - 6x⁴y + y⁵
Given are two polynomials are :
(-2x³y² + 4x²y3³ - 3xy⁴) and (6x⁴y - 5x²y³ - y⁵)
We need to subtract the polynomials and find the difference.
(-2x³y² + 4x²y3³ - 3xy⁴) - (6x⁴y - 5x²y³ - y⁵)
By multiplying the signs into the brackets
= -2x³y² + 4x²y3³ - 3xy⁴ - 6x⁴y + 5x²y³ + y⁵
Grouping the like terms, we get
= -2x³y² + (4x²y3³ + 5x²y³) - 3xy⁴ - 6x⁴y + y⁵
= -2x³y² + 9x²y³ - 3xy⁴ - 6x⁴y + y⁵
Therefore, the difference between the polynomials is -2x³y² + 9x²y³ - 3xy⁴ - 6x⁴y + y⁵
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Answer:
A - -6x4y – 2x3y2 + 9x2y3 – 3xy4 + y5
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Answer:
2
1 - -
3
Step-by-step explanation:
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Answer:
1 2/3
Step-by-step explanation:
y is 5 less than the product of 4 and x.
The function rule to represent the given sentence is y = 4x - 5.
To write a function rule that represents the sentence 'y is 5 less than the product of 4 and x,' we can use algebraic notation. The word 'less than' indicates a subtraction operation, so we can represent it as y = 4x - 5. In this function rule, 4x represents the product of 4 and x, and subtracting 5 from it gives us y.
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the domain.
Answer:The domain of a function is the set of input values of the function.
The domain of the function is: [0,18]
The average rate of change across the domain is -3.33
Step-by-step explanation:From the graph, we have the following highlights.
The graph starts from the origin
The graph ends at x = 18
So, the domain of the function is: [0,18]
The average rate of change is calculated as:
From the graph, we have:
So, we have:
This gives
Hence, the average rate of change across the domain is -3.33
Read more about exponential functions at:
A. 49x2 + 36
B. 49x2 - 84x + 36
C. 7x2 - 84x + 36
D. 7x2 + 36
Answer:
Option B: 49x² -84x + 36
Step-by-step explanation: