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Why do exponents appear as coefficients in equilibrium expressions?
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How do you find the gcf and LCM of numbers with variables and-exponents?
For the greatest common factor, you check which variables appear in each of the expressions. In the case of exponents, you take the lowest exponent for each variable. For the least common multiple, you take each variable, whether it appears in all of the expressions involved, or only in some of them. In the case of the exponents, you take the greatest exponent for each variable. If there are numeric coefficients (numbers as products), you take either the gcf or the lcm of those in the usual way.
What is the prime factorization of 4 using exponents when repeated factors appear?
2^2 = 4
What is the prime factorization of 75 using exponents when repeated factors appear?
75 = 3 x 52
What are prime factorization of 36 using exponents when repeated factors appear?
22 x 32 = 36
What the prime factorization of 98 using exponents when repeated factors appear?
2 x 72 = 98
How do you find the gcf and LCM of numbers with variables and-exponents?
For the greatest common factor, you check which variables appear in each of the expressions. In the case of exponents, you take the lowest exponent for each variable. For the least common multiple, you take each variable, whether it appears in all of the expressions involved, or only in some of them. In the case of the exponents, you take the greatest exponent for each variable. If there are numeric coefficients (numbers as products), you take either the gcf or the lcm of those in the usual way.
How do you find GCF with variables and exponents?
For each variable, find the smallest exponent in all the expressions. If the variable does not appear in one of the expressions, it's exponent may be taken as 0. Also, remember that if a variable seems to be without an exponent, its exponent is actually 1 (that is x is the same as x1). For example, GCF(a3bc, a2c3, a3b2c3) = a2c. Exponents of a are 3, 2 and 3: smallest = 2 Exponents of b are 1, 0 and 2: smallest = 0 Exponents of c are 1, 3 and 3: smallest = 1 The same rules apply for fractional exponents.
Can order spontaneously appear in a macroscopic closed system which has reached thermal equilibrium?
No, order can't spontaneously appear in a macroscopic closed system which has reached thermal equilibrium.
Does Kankuro ever appear to flirt through body language or expressions?
No
What are the factors of 411 using exponents when repeated factors appear?
3 x 137 = 411
What is the prime factorization of 196 using exponents when repeated factors appear?
22*72 = 196
What is the prime factorization of 4 using exponents when repeated factors appear?
2^2 = 4
What are the prime factorization of 245 using exponents when repeated factors appear?
245 = 51 x 72
What is the prime factorization of 441 using exponents when repeated factors appear?
441 = 32 x 72
What is the prime factorization of 1701 using exponents when repeated factors appear?
35 x 7 = 1701
What is the prime factorization of 4300 using exponents when repeated factors appear?
22*52*43 = 4300
What is the prime factorization of 75 using exponents when repeated factors appear?
75 = 3 x 52
