Which of the reactions depicted in the figures is an illustration of a fission reaction?(1 point)

I'm sorry, but as a text-based AI, I cannot view or analyze any figures. In order to determine which reaction is an illustration of a fission reaction, I would need a verbal description or specific details about the reactions.

Among these reactions, which one represents a fusion reaction?(1 point)

Responses

hydrochloric acid combining with sodium hydroxide to form a salt and water
hydrochloric acid combining with sodium hydroxide to form a salt and water

uranium-235 absorbing a neutron and splitting into xenon-140, strontium-94, and two neutrons
uranium-235 absorbing a neutron and splitting into xenon-140, strontium-94, and two neutrons

curium-246 combining with carbon-12 to form nobelium-254 and four neutrons
curium-246 combining with carbon-12 to form nobelium-254 and four neutrons

carbon-14 decaying into nitrogen-14 and a beta particle

The reaction that represents a fusion reaction is:

curium-246 combining with carbon-12 to form nobelium-254 and four neutrons

what is the quantity of element X left after 10 days when starting with a 100-gram sample of element X with a 5-day half-life?(1 point)

Responses

50 g
50 g

75 g
75 g

100 g
100 g

25 g
25 g

After 10 days, when starting with a 100-gram sample of element X with a 5-day half-life, the quantity of element X left would be:

25 g

he table displays the degradation of a 420-gram seaborgium-266 sample as time progresses.



What will be the remaining mass of seaborgium-266 in grams after 90 seconds?

(1 point)
Responses

26.3
26.3

78.8
78.8

105.0
105.0

52.5

I'm sorry, but the table you mentioned is not provided in the text. To calculate the remaining mass of seaborgium-266 after 90 seconds, I would need more information such as the decay constant or the half-life of seaborgium-266.