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Use the rule logb (xy)
Assume that x, y, and b are positive numbers. Use the properties of logarithms to write the expression logb ^8xy in terms of the
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asked by
Jessica Maths
932 views
Use the rule logb (xy)=logb x+logb y to find log2 (16⋅64) .(1 point)
Responses 10 10 16 16 4 4
1 answer
asked by
hi
47 views
Use the rule logb (xy) = logb x+logb y to find log2 (16*64)
10 16 4
1 answer
asked by
anonymous tortel
60 views
Write the expression as a single logarithm.
2 logbq + 8 logbt (1 point) Responses logb (q2 + t8) log b ( q 2 + t 8 ) logb(q2t8)
1 answer
112 views
Write the expression as a single logarithm.
2 logbq + 8 logbt (1 point) Responses logb (q2 + t8) logb(q2t8) logb(qt2 + 8) (2 + 8)
1 answer
asked by
Donald Craven
244 views
Write the expression as a single logarithm.
4logby + 3logbx (1 point) Responses logb(y4x3) log b ( y 4 x 3 ) logb(y4 + x3) log b
1 answer
165 views
Assume that x, y and z are positive numbers. Use the properties of logarithms to write the expression
4 answers
asked by
Issie
1,331 views
Write the expression as a single logarithm.
2 logbq + 8 logbt (1 point) logb (q^2 + t^8) logb(q^2t^8) logb(qt^2 + 8) (2 + 8) logb
1 answer
asked by
Donald Craven
99 views
Write that expression as a single logarithms.
4logb,y + 3logb,x A) logb(y^4x^3) B) logb(y^4 + x^3) C) logb(yx^4+3) D) (4+3)
1 answer
49 views
If X=loga(n), y=logc(n) where nis not equal to one . Prove that x-y/x+y=logb(c)-logb(a)/logb(c)+logb(a)
1 answer
asked by
Joel
714 views