That's an interesting claim. A miner already receives the coinbase and transaction fees for the blocks it completes, and it can't change the contents of blocks it doesn't complete, so it can't steal those blocks' rewards. Those are the only two groups of rewards, so no, the miner can't use 51% hashpower to get any part of the other 49% of block rewards.
"Giving ten percent to normal users" is also a novel concept. I have never seen coinbase awarded to any address but ones having a relationship to the successful miner. Are you under the impression that normal users usually get some part of block rewards? They don't. (I'm not sure what a "normal user" is, either.)
Nor can a miner change the destination of funds in transactions included in the completed block. That would be isomorphic to calculating private ECDSA keys from addresses, which is not possible with Earth technology.
Finally, the miner can't simply change the rules (for example, including both parts of a double-spend in a single block, or substituting a different signature for others' transactions). That would cause a hard fork, and every client on the planet would choose the side that followed the rules.
According to the design and implementation of Bitcoin, your statements cannot be anything but wrong.
On an unrelated matter, why do you put the percent sign in front of numbers? I have never seen that before in any language, forum, or writing style. Not only is it stylistically uncommon, but it's incorrect inasmuch as the % symbol is short for "per hundred." It wouldn't make grammatical sense to say "give per hundred ten to normal users," which means the prefix symbol doesn't make sense, either. Where are you from, if you don't mind my asking?
You are only considering what is possible with a solo miner, the attack described involves multiple miner nodes colluding in a pool to suppress, delay, and orphan transactions and blocks.
You just steer as many block rewards as you want towards your accounts, maybe give %10 to normal users.