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Kyle Kanos
Kyle Kanos
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In fact, it's easier than it seems. When

When gravity affects an object, his space-time is being curved by the mass of the one who provocates gravity. So, if time and space are being curved, the distance the object has to travel is longer, so it's his time. In

In conclusion, mass curve space-time, and, by curving space time, time appears, and last longer. I hope this wi'llwill be helpful.

In fact, it's easier than it seems. When gravity affects an object, his space-time is being curved by the mass of the one who provocates gravity. So, if time and space are being curved, the distance the object has to travel is longer, so it's his time. In conclusion, mass curve space-time, and, by curving space time, time appears, and last longer. I hope this wi'll be helpful.

In fact, it's easier than it seems.

When gravity affects an object, his space-time is being curved by the mass of the one who provocates gravity. So, if time and space are being curved, the distance the object has to travel is longer, so it's his time.

In conclusion, mass curve space-time, and, by curving space time, time appears, and last longer. I hope this will be helpful.

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Alex 99
Alex 99
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In fact, it's easier than it seems. When gravity affects an object, his space-time is being curved by the mass of the one who provocates gravity. So, if time and space are being curved, the distance the object has to travel is longer, so it's his time. In conclusion, mass curve space-time, and, by curving space time, time appears, and last longer. I hope this wi'll be helpful.