Gravitational potential at `X= 2 m` is decreasing at a rate of `10 J//kg - m` along the positive x- direction. If implies that the magnitude of gravitational filed at `X = 2m` is also `10 n//kg`. Is this statement true or false?

Gravitational potential at `X= 2 m` is decreasing at a rate of `10 J//

1.	Gravitational potential at `X= 2 m` is decreasing at a rate of `10 J//kg - m` along the positive x- direction. If implies that the magnitude of gravitational filed at `X = 2m` is also `10 n//kg`. Is this statement true or false?
Answer» `\|E\| = sqrt[(-(delV)/(del_(X)))^(2) + (-(delV)/(del_(Y)))^(2)+((-delV)/(del_(Z)))^(2))` `-(delV)/(delx) = 10 J//kg -m` is given No information is given about `- (delV)/(del_(Y))` and `-(delV)/(del_(Z))` So, `\|E\| ge 10 N//kg`

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Gravitational potential at `X= 2 m` is decreasing at a rate of `10 J//kg - m` along the positive x- direction. If implies that the magnitude of gravitational filed at `X = 2m` is also `10 n//kg`. Is this statement true or false?

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