Answer:
The resulting value is
.
Explanation:
The question specifies that
The wavelength is
.
The velocity is
.
The mass of the electron is
.
The energy of the incoming light is typically depicted mathematically as
.
Here, c represents the speed of light with the value
.
h stands for Planck's constant with a value of
.
Thus,

=>
.
Typically, kinetic energy is represented as

=>
.
=>
.
The ionization energy is generally expressed mathematically as

=>
.
In circuit analysis, various essential physical quantities must be accurately measured to define circuit characteristics. These include current, denoted as I, representing the flow of electrons, and voltage, which indicates potential difference within the circuit. Most crucially, the resistance, R, outlines the circuit parameters. All these measurements can be determined using a digital multimeter or DMM.
The general formula is;
Pressure = Force/Area
Where,
Pressure = Required pressure + Atmospheric pressure = (1.2*10^5) + (101325) = 221325 Pa = 221325 N/m^2
Area = πD²/4 = π*0.035²/4 = 9.621*10^-4 m²
Thus,
Force, F = Pressure*Area = 221325*9.621*10^-4 = 212.94 N
The reaction force is F = -8 N. It is noted that the Earth's gravitational force pulls the toy down with a weight of 8.0 N. This problem utilizes Newton's third law of motion, which states that "for every action, there is an equal and opposite reaction." In a mathematical context, it is illustrated as follows: where the force exerted on one object by another is indicated. In this scenario, the force of Earth acting on the toy is the action force. Consequently, the reaction force is characterized as F = -8 N (the negative indicates that the reaction force is directed upward). In essence, the toy exerts an upward force of 8 N on the Earth, thus comprising the required solution.