One approach to solving this is to first calculate the current the will flow through all three resistors:
The total resistance is R1+R2+R3 = 5280
I = V/R = 30/5280 ≈ 5,682 mA
Then the drop across R2 = I*R2 = 5,7mA * 1000 ≈ 5.682 V.
So this is based on the fact that V=I*R and there is one current running in the entire chain, ie., it is the same through each resistor.
Is it on the actual messages or on an app???
In this modular program, the pseudocode and a flowchart for the calculation of person's body mass index (BMI) is given by:
- //Ask user for height & weight//
- "Enter weight (in pounds):"
- "Enter height (in inches"
- //Calculate the person's (BMI)//
- "BMI = weight * (703 / pow(height, 2));"
- //Display the person's (BMI)//
<h3>What is a flowchart?</h3>
A flowchart is also referred to as flow diagram and it can be defined as a graphical representation of an algorithm for a work process or workflow.
<h3>What is a pseudocode?</h3>
A pseudocode can be defined as a description of the steps contained in an algorithm, especially through the use of a plain (natural) language.
In this modular program, the pseudocode and a flowchart for the calculation of person's body mass index (BMI) is given by:
- //Ask user for height & weight//
- "Enter weight (in pounds):"
- "Enter height (in inches"
- //Calculate the person's (BMI)//
- "BMI = weight * (703 / pow(height, 2));"
- //Display the person's (BMI)//
Read more on pseudocode here: brainly.com/question/13208346
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Answer:
because your computer has tabs opened
Explanation:
