In this case, you can use a single power, with "x" as the base, and add the exponents,
23
0.000064 x 101. to figure it out add another zero in front of the decimal and multiply it by 10 to the first power
You add exponents, so it is 10 to the 4th power, which is 10000
If you're multiplying numbers with exponents, add the exponents. 32 x 33 = 35 If you're raising exponents to a power, multiply the exponents. 3 squared to the third power = 36
x-5 * x3 = x-2 You add the powers, not multiply them.
In this case, you can use a single power, with "x" as the base, and add the exponents,
X to the 7th power. X^m*X^n=X^m+n That means when you multiply variables with the same base, you add the exponents.
23
0.000064 x 101. to figure it out add another zero in front of the decimal and multiply it by 10 to the first power
The equation is equivalent to 'x to the power of 4 thirds' times 'x to the power of 2.5'.Multiplyling them together, we simply add the powers, giving 'x to the power of 23/6' or the 'sixth root of x to the power of 23'.
You add one to the power, and then divide by the power that it has so you would have: Integral of x = (x^2)/2 Integral of x^2 = (x^3)/3 Etc.
The equation is equivalent to 'x to the power of 4 thirds' times 'x to the power of 2.5'. Multiplying them together, we simply add the powers, giving 'x to the power of 23/6' or the 'sixth root of x to the power of 23'.
You add exponents, so it is 10 to the 4th power, which is 10000
If you're multiplying numbers with exponents, add the exponents. 32 x 33 = 35 If you're raising exponents to a power, multiply the exponents. 3 squared to the third power = 36
No.
Since the base is the same, just add the exponents. 59 x 57 = 516.Since the base is the same, just add the exponents. 59 x 57 = 516.Since the base is the same, just add the exponents. 59 x 57 = 516.Since the base is the same, just add the exponents. 59 x 57 = 516.