How do i simplify x^675/x^453 (They are above each other like a fraction, not division)
To simplify the expression x^675/x^453, you can use the rule of subtracting exponents when dividing like bases.
Since the bases (x) are the same, you can subtract the exponents:
675 - 453 = 222
Therefore, x^675/x^453 simplifies to x^222.
Bro, that is literally so easy.
I apologize if the question seemed simple to you. Is there anything else I can assist you with?
how do i find the missing exponent in e^?/e^65 (Again, like a fraction.) = 3^38?
To find the missing exponent in e^?/e^65 = 3^38, we can use the rule of subtracting exponents when dividing like bases.
First, we can rewrite the equation as e^?/e^65 = (e/e)^?.
Since the bases (e) are the same, we can subtract the exponents:
?-65 = 38
To solve for the missing exponent, we add 65 to both sides of the equation:
? = 38 + 65
? = 103
Therefore, the missing exponent is 103.
typo, how do i find the missing exponent in e^?/e^65 (Again, like a fraction.) = e^38?
To find the missing exponent in e^?/e^65 = e^38, you can use the rule of subtracting exponents when dividing like bases.
Since the bases (e) are the same on both sides of the equation, we can subtract the exponents:
? - 65 = 38
To solve for the missing exponent, we can add 65 to both sides of the equation:
? = 38 + 65
? = 103
Therefore, the missing exponent is 103.