Write the equation in logarithmic form: (sqrt{3})^{10}=243

Question

Accepted Answer

Step:1 ：Write the equation in logarithmic form: ((sqrt{3})^{10}=243)Step:2 ：The general form of a logarithmic equation is (log_b a = c), which is equivalent to (b^c = a). In this case, the base (b) is (sqrt{3}), the exponent (c) is 10, and the result (a) is 243.Step:3 ：So, the logarithmic form of the given equation would be (log_{sqrt{3}} 243 = 10).Step:4 ：Final Answer: (boxed{log_{sqrt{3}} 243 = 10})

Answer

Step: 1 ：Write the equation in logarithmic form: ((sqrt{3})^{10}=243)Step: 2 ：The general form of a logarithmic equation is (log_b a = c), which is equivalent to (b^c = a). In this case, the base (b) is (sqrt{3}), the exponent (c) is 10, and the result (a) is 243.Step: 3 ：So, the logarithmic form of the given equation would be (log_{sqrt{3}} 243 = 10).Step: 4 ：Final Answer: (boxed{log_{sqrt{3}} 243 = 10})

Write the equation in logarithmic form: $(\sqrt{3})^{10}=243$

Answer

Popular Problems