The potential energy (P.E) of X at r is less than P.E at s.
The total energy (T.E) of Y is less than total energy (T.E) of X.
The PE of Y at v is greater than the PE of Z at c.
The speed of Y at i is .greater than that at v.
The kinetic energy (KE) of z at u is less than that at n.
The PE of Y at s is less than the PE of X at c.
The PE of X at c is less than the PE of Z at c.
The PE of X at c is less than the PE of Z at c.
<h3>PE of X at r and at s</h3>
The potential energy (P.E) of X at r is less than P.E at s due to greater displacement at s.
<h3>TE of Y is .... the TE of X</h3>
The total energy (T.E) of Y is less than total energy (T.E) of X because X has greater displacement from the planet.
<h3>PE of Y at v is .... the PE of Z at c</h3>
The PE of Y at v is greater than the PE of Z at c due to greater displacement at v.
<h3>Speed of Y at i is .... that at u</h3>
The speed of Y at i is .greater than that at v because i is closer to the planet than v.
<h3>KE of Z at u is .... that at n</h3>
The kinetic energy (KE) of z at u is less than that at n because n is closer to the planet and will have greater velocity.
<h3> PE of Y at s is .... the PE of X at c</h3>
The PE of Y at s is less than the PE of X at c, because position c has greater displacement.
<h3>The TE of Z is .... the TE of X</h3>
The TE of Z is greater than the TE of X due to greater displacement of Z from the planet.
<h3>The PE of X at c is .... the PE of Z at c</h3>
The PE of X at c is less than the PE of Z at c due to greater displacement of Z from c.
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kilometers away from her starting point