Question

Which of these is most likely to happen to an atom when there are imbalances between its strong and weak nuclear forces?

it will become stable
it will absorb electrons
it will undergo radioactive decay
it will transform electrons into protons

Answer 1

@HaperFink22 do you know this?

Answer 2

@germanphysics

Answer 3

@Preetha

Answer 4

Do you think you get it?

Answer 5

You there?

Answer 6

I'm not at 100%, but I would say it's C, because strong and weak forces keep the particles at their locations. So if there is an imbalance I would argue it undergoes radioactive decay. But pls correct me if I'm wrong all the others :)

Answer 7

Thank you for your response! Is it possible if you can help me with another?

Answer 8

Carbon-14 has a half-life of 5,730 years. After how many half-lives will 120 grams of Carbon-14 decay to 15 grams?

1
2
3
4

Answer 9

You think you can help?

Answer 10

will undergo radioactive decay

Answer 11

Thanks but how about this one:


Carbon-14 has a half-life of 5,730 years. After how many half-lives will 120 grams of Carbon-14 decay to 15 grams?

1
2
3
4

Answer 12

120- 60 - first half cylve
60-30 - 2nd half cycle
30-15 - 3 rd half cyle
g0t it

Answer 13

Thanks!! Your the best can you help on this one:


Florida is in the Northern hemisphere. At what position of Earth will Florida experience the first day of spring?

Position 1
Position 2
Position 3
Position 4

Answer 14

Do you get this?

Answer 15

?

Answer 16

Which of these statements is correct about P and S seismic waves?

Both P and S waves travel along Earth's surface and their amplitude decreases with depth into Earth.
Both P and S waves travel with the same speed through Earth and their amplitude increases with time.
P waves are radiated along a single direction but S waves are radiated along all directions.
P waves change the volume of the medium through which they travel but S waves do not change the volume of the medium.

You get this then?? I am so confused

Answer 17

@chmvijay

Answer 18

@germanphysics

Answer 19

No sry, but maybe google will help you with identifying P and S waves... if you know their behaviour, you know the answer :)

Answer 20

Thank you!