number of electrons

The image of concentration polarization is shown below. To compute for concentration polarization, six essential parameters are needed and these

Engineering

August 3, 2022 Loveth Idoko

How to Calculate and Solve for Exchange Current Density | Corrosion

The exchange current density is illustrated by the image below. To compute for exchange current density, three essential parameters are

Engineering

August 1, 2022 Loveth Idoko

How to Calculate and Solve for Corrosion Rate | Corrosion

The corrosion rate is illustrated by the image below. To compute for corrosion rate, three essential parameters are needed and

Engineering

July 29, 2022 Loveth Idoko

How to Calculate and Solve for Nernst Equation | Corrosion

The nernst equation is illustrated by the image below. To compute for nernst equation, four essential parameters are needed and

Engineering

July 29, 2022 Loveth Idoko

How to Calculate and Solve for Nernst Equation | Corrosion

The nernst equation is illustrated by the image below. To compute for nernst equation, seven essential parameters are needed and

Engineering

March 9, 2021March 9, 2021 Loveth Idoko

How to Calculate and Solve for Electrode Potential | Nernst Equation | Corrosion

The image above represents electrode potential. To compute for electrode potential, three essential parameters are needed and these parameters are Standard

How to Convert Bytes/second to STM-64 (signal) | Data Transfer Rate Units

11 months ago by Loveth Idoko less than 1 min read No comments 43053 views

To convert bytes/second to STM-64 (signal), one essential parameter is needed and this parameter is Unit Value. The formula for converting bytes/second to STM-64 (signal): 1 Byte/second = 8.03755144e-10 STM-64 (signal) Let’s solve an example; Find the conversion of bytes/second to STM-64 (signal) when the unit value is 8. 1 Byte/second = 8.03755144e-10 STM-64 (signal) Then, 8 Bytes/second = (8 x 8.03755144e-10) STM-64 (signal) 8 Bytes/second = 6.430041152e-9 STM-64 (signal) Therefore, the STM-64 (signal) is 6.43004e-9.

How to Calculate and Solve for Linear Expansivity, Area Expansivity and Volume or Cubic Expansivity

5 years ago by Nicholas Idoko 1 min read No comments 4179 views

Linear expansivity, area expansivity and volume or cubic expansivity are all parameters that are being governed by heat energy. All three parameters are dependent on temperature rise which is primarily in Celsius unit of temperature. Linear expansivity additionally depends on the original length and final length, area expansivity additionally depends on the original area and final area and lastly, cubic or volume expansivity depends on the original volume and final volume. The formula for calculating…

How to Calculate the Volume, Length, Width and Height of a Cuboid | Nickzom Calculator

5 years ago by Stanley Idoko 3 min read No comments 3249 views

The image above represents a cuboid. To calculate the volume of a cuboid requires three essential parameters which are the length, width and height of the cuboid. The formula for computing the volume of a cuboid is: V = lwh Where: V = Volume of the Cuboid l = Length of the Cuboid w = Width of the Cuboid h = Height of the Cuboid Let’s solve an example Find the volume of a cuboid…

Advantages and Disadvantages of Calculators

5 years ago by Emmanuel Chiezugo 1 min read No comments 2875 views

Technology is booming, and modern innovations has changed our lives. There is a huge debate in our society, whether students should be allowed to use a calculator from such a young age. The advantages of calculators are balanced by the disadvantages. That is, the debate has both positive and negative sides. Below, we’ll look at the significant advantages and disadvantages of calculators and how you can use these powerful tools in the right settings. Advantages…

How to Calculate and Solve for Dry Unit Weight of Soil | Soil Mechanics and Foundation

4 years ago by Loveth Idoko 3 min read No comments 2584 views

The image above represents dry unit weight of soil. To calculate dry unit weight of soil, two essential parameters are needed and these parameters are Unit weight of soil (γ) and Moisture content (w). The formula for calculating dry unit weight of soil: γd = γ / 1 + w Where: γd = Dry Unit Weight of Soil γ = Unit Weight of Soil w = Moisture Content Let’s solve an example; Find the dry unit weight of soil when the unit…

How to Apply Sine Rule, Cosine Rule and Tangent Rule in Trigonometry

5 years ago by Nicholas Idoko 7 min read No comments 2046 views

Navigating the complexities of trigonometry becomes simpler with a firm grasp of the fundamental rule that guides Sine, Cosine, and Tangent. In this article, we delve into practical applications of these rules, exploring how they facilitate solving triangles, determining unknown sides and angles, and unraveling geometric puzzles. Mastering these rules equips you with the knowledge to tackle diverse trigonometric problems effectively. Sine Rule In trigonometry, the sine law, law of sines, sine rule, or sine…

How to Calculate and Solve for Inter-atomic Spacing | Bragg’s Law

1 year ago by Loveth Idoko less than 1 min read No comments 1330 views

The image above represents inter-atomic spacing. To compute for inter-atomic spacing, three essential parameters are needed and these parameters are Order of Reflection (n), Wavelength (λ) and Angle of Diffraction (θ). The formula for calculating inter-atomic spacing: d = nλ/2sinθ Where: d = Inter-atomic Spacing λ = Wavelength n = Order of Reflection θ = Angle of Diffraction Let’s solve an example; Find the inter-atomic spacing when the wavelength is 12, order of reflection is 4 and the angle…

How to Calculate and Solve for P(not A) | Probability

4 years ago by Loveth Idoko 3 min read No comments 1287 views

The image above represents P(not A). To compute for P(not A), two essential parameters are needed, and these parameters are Number of Times in Which Event A Can Occur (x) and Total Number of All Possible Outcomes (N). The formula for calculating P(not A): P(not A) = (N – x) ⁄ N Where; x = Number of Times in Which Event A can Occur N = Total Number of All Possible Outcomes Let’s solve an example; Find the P(not A)…

Mathematics

How to Calculate and Solve for Standard Normal Variable | Probability

January 7, 2020March 29, 2024 Loveth Idoko

The image above represents standard normal variable. To calculate the probability of standard normal variable, three essential parameters are needed

Mathematics

Engineering

How to Calculate and Solve for Inter-atomic Spacing | Bragg’s Law

January 16, 2023 Loveth Idoko

The image above represents inter-atomic spacing. To compute for inter-atomic spacing, three essential parameters are needed and these parameters are Order

Engineering