Question

In a science research lab, the combination of two nuclear chemicals produces minimal energy as X. This energy X changes at a constant rate Every second. The scientist wishes to calculate the total energy produced the reaction is allowed to occur for N seconds Write an algorithm to find the total energy produced

Answer 1

Explanation:

Input

The input consists of three space separated integers intialEnergyx), rate and time representing the initial energy produced upon combining the nuclear chemicals, the consistent rate of change; and the second for which the scientist wishes to calculate the

total energy produced, respectively.

Output

Print an integer representing produced by the Nth second

Answer 2

Answer:

Three integers, initial Energy, rate, and time, are used as the input. They stand for the starting energy created when the nuclear chemicals are combined, constant consistent rate of change, and the period in which the scientist wants to determine the total energy generated, respectively.

We generate all of our energy through fundamental physical and chemical processes.

Explanation:

The majority of the time throughout history, this has been done by burning carbon-based materials like wood, coal, and gas or by utilising the energy of the sun, wind, and water.

Atoms may generate enormous amounts of energy through two physical processes called fission and fusion.

Through nuclear reactions, they produce millions more energy than conventional sources.

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