The additional measurements which must be made to determine the momentum of block 2 after the collision is both the mass and the post-collision speed of block 1
<h3>What is momentum?</h3>
Momentum can be defined as a scalar quantity that involves the multiplication of the mass of an object by its velocity.
In Physics, the momentum of an object such as a block, is calculated by using this formula;
Momentum = mass × velocity
In conclusion, we can deduce that the additional measurements which must be made to determine the momentum of block 2 after the collision is both the mass and the post-collision speed of block 1.
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The explicit rule for this geometric sequence 29,23,2,6, is n = 29 × (29/23)^(n - 1)
<h3>How to write explicit rule</h3>
Second term, a×r = 23
23 = 29 × r
23 = 29r
r = 29/23
The explicit formula is given by
nth term = ar^(n - 1)
n = 29 × (29/23)^(n - 1)
Where,
nth term = number of terms
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The Oedipus complex is typically resolved by young boys by:
- identifying as a member of one's own gender.
- being sexually attracted to the opposite sex.
<h3>What is the Oedipus complex?</h3>
The term Oedipus complex is known to be the gumming of the child to the parent of the opposite sex.
Note that this is often followed by the depiction of envious and aggressive feelings in regards to the parent of the same sex. These feelings are known to be largely repressed or is one that is made unconscious.
Hence, The Oedipus complex is typically resolved by young boys by:
- identifying as a member of one's own gender.
- being sexually attracted to the opposite sex.
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