N = x4
x8 = x4+4 = (x4)2 = N2
It cannot be done because the base for the second log is not given.
If ( y = x ), then to express ( x ) in terms of ( y ), you can simply rearrange the equation. This gives you ( x = y ). Thus, ( x ) is equal to ( y ).
-2
64 can be represented as 2 to the power of 6, as 2 multiplied by itself 6 times equals 64. Additionally, 64 can also be represented as 4 to the power of 3, as 4 multiplied by itself 3 times also equals 64. These are two different ways to express 64 in terms of powers.
1/x = 1/y + 1/zx = ( yz ) / (y + z)
It cannot be done because the base for the second log is not given.
If ( y = x ), then to express ( x ) in terms of ( y ), you can simply rearrange the equation. This gives you ( x = y ). Thus, ( x ) is equal to ( y ).
Sin p is a ratio and so a number: it cannot have units such as degrees. As a result, the question is meaningless and so cannot be answered.
The circumference is 4pi
-2
Yes. I = P/E which says current (I) equals power (P) divided by voltage (E). We normally see PIE, which is P=I x E or power equals current times voltage. If we divide both sides by E, we'll isolate I and express it in terms of P and E, as shown. The "PIE" thing is a nemonic (memory aid) to help you recall the formula.
64 can be represented as 2 to the power of 6, as 2 multiplied by itself 6 times equals 64. Additionally, 64 can also be represented as 4 to the power of 3, as 4 multiplied by itself 3 times also equals 64. These are two different ways to express 64 in terms of powers.
You can combine like terms of p to get 6p. If you are given what p equals you can solve for the completely numerical answer.
Identity property of multiplication: States that when a given number is muliplied by one (fraction that equals 1) the result equals the given number.By reducing them to their lowest terms by means of their greatest common factors.
1/x = 1/y + 1/zx = ( yz ) / (y + z)
One linear equation in two variables cannot be solved. You can only express one of the variables in terms of the other.
terms are spelled out clearly for both terms