Do Sears Physics and Berkeley Physics Series provide intuition? I'm freshman of Math major, because we don't have any physics course. But I'm very interested in Physics. But I'm not very sure which is better or say, more suitable for me.


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*Sears and Zemansky's University Physics (10th Edition) 

*Berkeley Physics Course Series (Vol 1, 2, 3, 4, 5) 
Because I have talked to some of my friends who are in the major of physics. 
Some said that Sears physics is more oriented to High school level, with lots of pics, examples, hence to recommand me the Berkeley series which is more 'academic'.
Some others said that the Berkeley Series is too beyond for me, because I'm in major of   maths, with very limited foundation of physics.   
As I'm more into math, a book   which focuses on the physical intuition would be nice.   This leads me to my question 
"Which of these books is better for gaining physical intuition? Which uses a more indtuitive approach, in other words." 
 A: I'd suggest you instead consider Feynman Lectures on Physics. Also, note that Stanford have many freely-available lecture course videos online (their website, as well as their youtube channel.) All the best :)
EDIT: In keeping with the comments posted to this answer, I felt I could add something by elaborating - To begin with, I agree with @Ted Bunn that the FLoP are best suited to give the reader a deeper insight, provided they have "the basics" covered beforehand. Whilst this may be true in general I feel that for graduate mathematicians, developing a new-found interest in physics, it is certainly worth consideration.
As such, and to expand my answer, I'd like to suggests an alternative option: 'The Road to Reality' by Professor Sir Roger Penrose could well be exacly what you're looking for. For starters, he began his academic career as a mathematical physicist. Therefore, it is by his very nature that he presents concepts and also physical intuition from a mathematical standpoint. Secondly, Professor Penrose is undoubtably a deservingly reputable physicist and his text book has served many-a-PhD-student well in gaining a deeper understanding of physical concepts; together with maintaining a firm mathematical foundation. Indeed it is true to say that many (PhD students) see it as a physicists 'bible' for reviewing basic physics that they may have misunderstood or merely overlooked, during their undergraduate study.
