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Question 1

Field Strength

Answer 1

F per unit ___ on a small test ____ placed at that point in a field.

Question 2

Relative PE

Answer 2

WD moving ____ object between 2 points in field

Question 3

Abs0lute PE

Answer 3

WD moving _____ object between 0 potential to that point in field

Question 4

RELative Potential

Answer 4

WD per unit ____ moving small +ve test ____ between 2 points in field

Question 5

Abs0lute Potential

Answer 5

WD per unit ____ moving small +ve test ___ between 0 potential to that point in field

Question 6

Newton Law of Gravitation

Answer 6

every paqrticle attracts each other with F thats directly proportional to product of their masses n inversly proportional to square of their radial seperation r

Question 7

Potential (Radial)
PE ( G)
PE (E)
FS (E/G)

Answer 7

=kQ/r
=GMm/r = Fh
kQQ/r = VQ
= -ve gradient Ve/r or Vg/r

Question 8

Local Zero

Answer 8

gravitational fields near the earth surface can be taken as uniform and the local zero is set at ((table, floor, sea level))

Question 9

Absolute Zero

Answer 9

Used with radial fields separated to infinite range. Due inverse square law, absolute zero can be taken to be at infinity

Question 10

Conservative fields

Answer 10

Both fields conservative therefore change in P/PE moving between two points depends only on straight line distance and not on path.