No. A negative integer raised to the third power will yield a negative number that is less than the integer. Only whole numbers (positive integers greater than or equal to 1) have the property where that integer raised to the third power is greater than or equal to the integer.
Any non-zero integer raised to the power of zero is equal to 1.
' x ' = any whole number greater than ' 2 '.
No. 0.5 to any negative power would be greater than 1. 0.52 is equal to 0.25
No. If the cardinality of a finite set is N, then that of its power set is 2N. These cannot be equal for any non-negative integer N.
The answer depends on the level of mathematics you are at.If you define x = log(30) to the base 10 = approx 1.4771, then 10^x = 30 and so 30 IS a power of 10.If you are concerned only with integer powers, then the answer is NO, 10^1 = 10 and 10^2 = 100 and the power function is monotonic continuous. There is no integer between 1 and 2 and therefore there cannot be an integer power of 10 which is equal to 30.
Any non-zero integer raised to the power of zero is equal to 1.
Any positive non-zero integer to the power zero is equal to 1.
electrolytes
They are equal 2^4 and 4^2 both equal 16.
' x ' = any whole number greater than ' 2 '.
No. 0.5 to any negative power would be greater than 1. 0.52 is equal to 0.25
Any number to the power zero is equal to 1. However, 00 is not defined.
This is definitely false; if x=2 and y=3, x to the y power is 8, but y to the x power is 9, which are not equal.
the largest integer of distinct power is 28
Greed has shown to equal or pass love in strengh and power.
When two ac power supplies are to be connected to a common (bus bar) distribution, voltages, frequencies and phase angles of both power plants should be adjusted to equal values (or grid values) and connect.
4 = 2² → 4^x = 2^(2x) We want 4^x > 40 Taking logs gives: x log 4 > log 40 → x > log 40 / log 4 This can be solved to find a value of x to be greater than (approx) 2.661 Thus 4^2.662 = 2^5324 ≈ 40.06 is an example. So all powers of 4 where the power is greater than approx 2.661 with 2 to the power of twice that power of 4 will solve the problem. If you are looking for integer powers of 2 and 4, then the first integer power of 4 is 4³ = 64 = 2^6, and the solutions are: 4^3 = 2^6 = 64 4^4 = 2^8 = 256 4^5 = 2^10 = 1024 etc.