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Does Would two Neodymium magnets stick together with twice the power?

Assume I use a coil to create B-flux and put ONE Neodymium cylinder magnet (1"diameter1" diameter & 0.25" thick) close to the flux, it would create 10 lbs of force. Does itthat mean that I putputting TWO cylinder magnets (1"diameter1" diameter & 0.25"+025" + 0.25" = 0.5" thick) would create 20lb20lbs of force?

Does two Neodymium magnets stick together twice the power?

Assume I use a coil to create B-flux and put ONE Neodymium cylinder magnet (1"diameter & 0.25" thick) close to the flux, it would create 10 lbs force. Does it mean that I put TWO cylinder magnets (1"diameter & 0.25"+0.25" = 0.5" thick) would create 20lb force?

Would two Neodymium magnets stick together with twice the power?

Assume I use a coil to create B-flux and put ONE Neodymium cylinder magnet (1" diameter & 0.25" thick) close to the flux, it would create 10 lbs of force. Does that mean that putting TWO cylinder magnets (1" diameter & 0.25" + 0.25" = 0.5" thick) would create 20lbs of force?

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Does two Neodymium magnets stick together twice the power?

Assume I use a coil to create B-flux and put ONE Neodymium cylinder magnet (1"diameter & 0.25" thick) close to the flux, it would create 10 lbs force. Does it mean that I put TWO cylinder magnets (1"diameter & 0.25"+0.25" = 0.5" thick) would create 20lb force?