# Why doesn't this work? Possible bug?

Discussion and feedback on Construct 2

### » Tue May 16, 2017 11:13 pm

I am trying to explore Contruct 2 but this bug/problem keeps persisting. The bee has all the same properties and events as the square but for some reason the events are only working on the square. Please review this .capx and help me find the solution. Thanks!
Last edited by Arxes on Wed May 17, 2017 9:52 pm, edited 3 times in total.
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### » Tue May 16, 2017 11:21 pm

Until you have enough reputation point, you can only post links as text ....
So post links like this ...

www.dropbox.com/
s/ytwu6qrg0u2d20z/Background%20Scroll%20Multiple%20Images.capx?dl=0
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### » Wed May 17, 2017 2:33 am

Message: Arxes can only post plain text URLS until they have 500 rep. 1 URLS modified. Why?
99Instances2Go wrote:Repost the link, but leave the text 'https://www.dropbox.com' out the link.
Until you have enough reputation point, you can only post links as text ....
So post links like this ...

http://www.dropbox.com/
s/ytwu6qrg0u2d20z/Background%20Scroll%20Multiple%20Images.capx?dl=0

Done. Thankyou!
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### » Wed May 17, 2017 9:38 am

The bee is 86.344 by 81.673 pixels. With a density of 1, this calculates to a mass of 141 physics units for mass.

The square is 50 by 50 pixels. With a density of 1, this calculates to a mass of 50 physics units for mass.

A Force (when continue applied) gives an acceleration :
acceleration = Force / Mass (because the first law says : F = m * a )

Conclusion: How bigger the mass (by a constant force), how less you see it moving.
Or: The same force has less effect on heavier masses.

The bee has more mass than the square, so it is not moved as much as the square is by the same force.
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### » Wed May 17, 2017 9:40 pm

99Instances2Go wrote:The bee is 86.344 by 81.673 pixels. With a density of 1, this calculates to a mass of 141 physics units for mass.

The square is 50 by 50 pixels. With a density of 1, this calculates to a mass of 50 physics units for mass.

A Force (when continue applied) gives an acceleration :
acceleration = Force / Mass (because the first law says : F = m * a )

Conclusion: How bigger the mass (by a constant force), how less you see it moving.
Or: The same force has less effect on heavier masses.

The bee has more mass than the square, so it is not moved as much as the square is by the same force.

Thank-you for the informative answer. How may I change the bee so it can work in the same way as the square.

Edit: I changed the force/pixel and it worked fine! Thank-you!
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