The force and amount of attracton is great for larger masses
When a β− and a β+ particle meet and interact they are annihilated.
Every matter has an antimatter. An antimatter of a particular particle is another particle that has exactly the same properties as the initial particle but carries an opposite charge.
If we look at β− and β+ particles, we will notice that they are matter and antimatter. The interaction of matter and antimatter leads to annihilation. The energy produced by annihilation of matter and antimatter is enough to destroy the tissue.
So, when β− and a β+ particle meet and interact they are annihilated.
Learn more: brainly.com/question/23266051
To develop this problem it is necessary to apply the concepts related to the uni-axial deflection of bodies.
From the expression of Hooke's law we have to
Where,
E= Young's modulus
The strain
And substituting P/A for stress and 
for strain gives that
Where,
P = Force
A = Area
L = Length
Therefore this can be re-arranged to give
If we want to calculate the deformation per unit area then we can also rewrite the equation as
Replacing with our values we have to
Therefore the posion ratio would be
Therefore the Poisson's ratio for this material is 0.4238
Answer:
Did you think you could pull that off-
:I
I live in Japan anyway so.. ウーフ-
Im not 100% about this. its kind of confuseing. but my guess is: (D. question-wording bias. <-------
Hope i helped!:)
