M and N are reciprocal, so how much is m divided by 17 of N? What's more

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• 1. M and N are reciprocal to each other. What is m divided by 1 / N?
• 2. What is the greatest common factor of M divided by N equal to 0.1M and N?
• 3. Let f (x) = 1 + logx3, G (x) = 2logx2, where x ＞ 0, X ≠ 1, compare the size of F (x) and G (x)
• 4. How does the image of the function y = log4 | x | change from y = log4x
• 5. Given the function f (x) = log4 (4 ^ x + 1), let H (x) = log4 (a * 2 ^ x-3a / 4), if the image of function f (x) and H (x) has and only has one common point Find the value range of a
• 6. The square + 2x - 3 of function y = x has a minimum at point x = ()
• 7. The increasing interval of the square of function y = - X - 2x + 8 is answer
• 8. (log43 + log83) · (log32 + log92) - Log1 / 2 × 4 times √ 32 + 5 ^ log259 simplification
• 9. If 2lg (x-2y) = lgx + lgY, then log2xy=______ ．
• 10. Given lgx + lgY = 2lg (x-2y), the value of log2 ^ (x / y) is
• 11. Calculate lg5 × lg8000 + 3lg & # 178; 2 + lg0.06-lg6
• 12. (lg6)²=? lg4+lg9=? Give me a process
• 13. LG6 + root ((LG6) ^ 2-lg36 + 1) is equal to how much
• 14. The square of (LG6) under LG2 + Lg3 + root sign + lg6-2lg6 =? lg2+lg3+√(lg6)^2+lg6-2lg6= Inside the root sign is (LG6) ^ 2 + lg6-2lg6
• 15. Lg5 × LG6 = how much
• 16. Taking logarithm to get derivative Use the logarithmic derivative method to find the derivatives of the following functions y=[(x-5)(x^2+2)^1/5]^1/5
• 17. How to calculate the logarithm of shared electron pairs First of all, you should learn to analyze the structure of compounds Compounds are generally divided into: covalent compounds, ionic compounds A covalent bond of a covalent compound forms a common electron pair For example: H2O, water, H need 2 electrons to be stable, O need 8 electrons to be stable One h takes out one electron, O takes out two electrons, and combines with the electrons taken out of two H atoms to form covalent bonds. There are two covalent bonds, that is, there are two common electron pairs. Look, I still don't understand. Help me
• 18. Since the π bond should be considered in the calculation of lone pair electron logarithm of 03 central atom, how to determine whether there are π bonds such as ClO2 and O3 in the calculation of lone pair electron
• 19. How can 2 ^ 2x-2 make the logarithm X-1 4 ^ X-1?
• 20. Find the range of function y = ㏒ 2 (3x & # 178; - 5x + 17)