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What else can I help you with?
What if 4 to the power minus zero equals?
It equals 1
How do you factor 2x to the fourth power minus 162?
2x to the fourth power minus 162 equals -146
What is 113 raised to the power of 9 minus 189 raised to the power of 6?
113 raised to the power of 9 minus 189 raised to the power of 6 equals 3.0039964e+18
3x10 to the power of 15 x 6.2 x 10 to the power of minus 8 equals?
186,000,000
When X to the second power minus 16 equals 0?
'x' is +4 or -4 .
What if 4 to the power minus zero equals?
It equals 1
How do you factor 2x to the fourth power minus 162?
2x to the fourth power minus 162 equals -146
What is 113 raised to the power of 9 minus 189 raised to the power of 6?
113 raised to the power of 9 minus 189 raised to the power of 6 equals 3.0039964e+18
What is x to the third power minus 64?
If that equals zero, then x = 4
3x10 to the power of 15 x 6.2 x 10 to the power of minus 8 equals?
186,000,000
What is 2 times 73 to the power of 9 minus the factorial of 6?
2 times 739 minus !6 equals 117,743,173,416,535,106
When X to the second power minus 16 equals 0?
'x' is +4 or -4 .
15 divided by 3 times 6 minus 4 to the 2nd power equals?
676
What are standard operators for equations that Excel uses?
+ (plus) - (minus) / (divide) * (multiply) ^ (power) = (equals)
What are the coordinates of the vertex of the function below y minus 11 equals negative x minus 5 to the second power?
The vertex is (5, 11).
Twelve minus four times two to the fourth power plus six equals?
-68 I think
What is the range on a line graph?
The answer will depend on the nature of the line graph.The range is often restricted when the domain is restricted. In that case, the range is the maximum value attained by the graph minus the minimum value. However, many algebraic graphs are defined from an infinite domain to an infinite range. Any polynomial function of power >1, for example, has an infinite range.The answer will depend on the nature of the line graph.The range is often restricted when the domain is restricted. In that case, the range is the maximum value attained by the graph minus the minimum value. However, many algebraic graphs are defined from an infinite domain to an infinite range. Any polynomial function of power >1, for example, has an infinite range.The answer will depend on the nature of the line graph.The range is often restricted when the domain is restricted. In that case, the range is the maximum value attained by the graph minus the minimum value. However, many algebraic graphs are defined from an infinite domain to an infinite range. Any polynomial function of power >1, for example, has an infinite range.The answer will depend on the nature of the line graph.The range is often restricted when the domain is restricted. In that case, the range is the maximum value attained by the graph minus the minimum value. However, many algebraic graphs are defined from an infinite domain to an infinite range. Any polynomial function of power >1, for example, has an infinite range.
