The temperature of a fluid rises when energy is given to it. This phenomenon can be described by the equation:
Q = MCp ΔT
where,
Q is the quantity of added energy.
M is the fluid's mass.
The fluid's heat capacity is denoted by Cp.
T stands for temperature change.
<h3>What happens to a fluid's kinetic energy as the temperature rises?</h3>
The mean kinetic energy of the particles in a liquid rises with temperature. The molecules' higher average kinetic energies allow them to more easily overcome the attraction forces that keep them bound together.
<h3>Which temperature rise makes liquids more fluid?</h3>
The most significant determining factor for fluidity is pouring temperature. Therefore, the fluidity increases as the pouring temperature increases.
<h3>How does a liquid react when the temperature rises?</h3>
Particles in a solid, liquid, or gas move more quickly as its temperature rises. The particles slow down as the temperature drops. When a liquid is sufficiently cooled, it turns into a solid.
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Answer:
3.18 V
Explanation:
RMS voltage of a generator is given by:

Given:
Output voltage at t =0.01 s is 4.2 V

Prokaryotic cells lack a nucleus.<span> Organisms classified as prokaryotes include bacteria and archaea. </span>
The study of the atom contribute d to our understanding of the periodic table of the elements by virtue of the following;
- Elements are made of atoms, so understanding atoms provided information about elements, which led to the organization of the periodic table
- Experiments that identified characteristics of atoms provided scientists with atomic weights and atomic numbers, which were used to organize the periodic table.
As we know; the periodic table is an array of elements in order of their atomic number.
In which case, the periodic table is made up of 7 rows otherwise called Periods and 8 columns otherwise called Groups.
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Answer:
882000 J
51508800000 Joules
Explanation:
First we need to convert the units
11 W = 11 J/s
60 W = 60 J/s
<em>5 hours = 5×60×60 = 18000 seconds</em>
The amount of power saved
<em>60-11 = 49 W = 49 J/s</em>
The amount of energy saved in 5 hours in a day
<em>49 J/s × 18000 s = 882000 J</em>
Energy saved in one day is 882000 J
There are 20 million households with each of them having 8 light bulbs in the country
So, energy saved in one year would be
<em>882000×8×20×10⁶×365 = 51508800000 Joules</em>
Energy saved in one year is 51508800000 Joules