0
What else can I help you with?
What is 98x10?
980
What is the value of the seventh power of two?
The value of the seventh power of two is 128.
What is 128 to the second power?
(128)2 = 16,384
What is the greatest possible product that can be formed by two integers whose sum is negative 256?
16,384 is my best guess. -256/2 = -128 -128 + -128 = -256 -128 * -128 = 16384.
How do you evaluate the power 2 to the power of 7?
2^7 = 2x2x2x2x2x2x2 = 4x4x4x2 = 16x8 = 128
What is the expanded form od 98364 in the power of 10?
98x10
What is 98x10?
980
How do you write 2 to the negative 7th power?
2-7 = 1/128
What to the seventh power equals 128?
It is: 2 to the power of 7 = 128
What to the power of 2 equals 128?
The number that, when raised to the power of 2, equals 128 is the square root of 128. The square root of 128 is approximately 11.31. Therefore, 11.31 raised to the power of 2 equals 128.
What is the seventh root of negative 128?
-2
What is the value of the seventh power of two?
The value of the seventh power of two is 128.
What is 128 to the second power?
(128)2 = 16,384
What is the greatest possible product that can be formed by two integers whose sum is negative 256?
16,384 is my best guess. -256/2 = -128 -128 + -128 = -256 -128 * -128 = 16384.
What is 128 to the 6th power?
128^6 is equal to 4,398,046,511,104.
How do you evaluate the power 2 to the power of 7?
2^7 = 2x2x2x2x2x2x2 = 4x4x4x2 = 16x8 = 128
What is the square root of negative 128 simplified?
The square root of negative 128 can be expressed using imaginary numbers. First, we can rewrite it as (\sqrt{-128} = \sqrt{128} \cdot \sqrt{-1}). The square root of 128 simplifies to (8\sqrt{2}), so we have (\sqrt{-128} = 8\sqrt{2}i), where (i) is the imaginary unit. Thus, the simplified form is (8\sqrt{2}i).
