Is this a good golf set for a beginner:?

Question

My set has:

a 1 wood

a 3 wood

3 iron

4 iron

5 iron

6 iron

7 iron

8 iron

9 iron

PW

SW

2 putters

Answer 1

just get rid off 3 and 4 iron and get a 5 wood. also keep a good putter (the one you like most and send the other one to me !). that's it. at best you can get a hybrid or utility iron. dont need much at this stage. thanks.

Answer 2

Its ok but  I would ditch one of the putters and get a gap wedge.

Replace the 3 and four irons with utility clubs.

Answer 3

it definitely is; however, you will not need two putters. I would also switch the 3 iron for a 5 wood. As a beginner golfer, you will find harder hitting a low number iron. the 5 wood would give more flexibility to you for a long fairway shoot.

Answer 4

Don't need the two putters take one and use it for gap wedge and switch the 3 and 4 irons to hybrids, hybrids are better for beginners.

Answer 5

Golf clubs have two major features that directly influence how far and how high the ball will go when hit correctly with each club. What you are looking at in the illustration is a full set of golf clubs, including the woods and the irons. Beginning on the left are the wood clubs (larger heads) numbered from 1 wood, 3 wood, 5 wood and 7 wood. Progressing the irons (smaller heads), starting from the left, are the 3 iron, 4 iron, 5 iron, 6 iron, 7 iron, 8 iron, 9 iron, 10 iron, and 11 iron (also known as the sand wedge). Note that there is a difference in length of one-half inch between each club in the set.

Remember from your high school physiccs class that the longer lever, the greater the force? It's OK if you do not remember, because I am reminding you now. With a longer club, applying the same amount of power, you will be able to generate more club head speed. The result will be a longer shot. Going back to high school physics again, the loft of the club face will determine the angle at which the ball bounces off the club face. Picture the extension of the magnet on the club face as representing the initial flight of the ball.