Electrical Engineering - Voltage, Current and Resistance - Discussion
Discussion Forum : Voltage, Current and Resistance - General Questions (Q.No. 5)
5.
The maximum resistance value for a brown, red, yellow, gold resistor is
126,000 
126,600
114,000
132,000
Discussion:
45 comments Page 4 of 5.
Ningappa Nidoni said:
10 years ago
Right answer maximum 126000 and minimum 114000.
Pramendra kumar yadav said:
10 years ago
Right answer A.
=> brown = 1
=> red = 2
=> yellow = 10^4
=> resistance = 120000
=> tolerance 5%
Max resistance = 120000 + 12000 x 0.05 = 126000.
=> brown = 1
=> red = 2
=> yellow = 10^4
=> resistance = 120000
=> tolerance 5%
Max resistance = 120000 + 12000 x 0.05 = 126000.
Roja said:
9 years ago
Still I have a doubt. I don't understand how to resistance where three color codes are present with tolerance.
Please clear my doubt.
Please clear my doubt.
Sujay said:
9 years ago
What is the color code of tolerance band?
Sujay said:
9 years ago
How many types of tolerance band of the resistor, and how they are abbreviate?
Sumitram said:
9 years ago
The right answer is 1260000 ohm.
It is because brown = 1, red = 2 and yellow = 4 log10.
Therefore, resistance = 120000 and tolerance is 5%.
So, max resistence = 120000 + 5% * 120000 = 126000.
It is because brown = 1, red = 2 and yellow = 4 log10.
Therefore, resistance = 120000 and tolerance is 5%.
So, max resistence = 120000 + 5% * 120000 = 126000.
Mustufa said:
8 years ago
The actual value is 120000 but due to 5% tolerance of the gold it becomes.
5000.
Therefore; 120000+5000=125000.
This is the right answer.
5000.
Therefore; 120000+5000=125000.
This is the right answer.
Venkat said:
8 years ago
EVERY ONE IS RIGHT UP TO 120000 NEXT IS DOUBT +5% or -5%. It is simple +5% for maximum resistance (120000+6000) and -5% for minimum resistance (120000-6000). In question maximum resistance asked so 120000+6000=126000.
(1)
Gift said:
7 years ago
The answer is 126000.
Pranay said:
7 years ago
Answer A is right.
Question asking for "The maximum resistance value for a brown, red, yellow, gold".
So,
Brown 1.
Red 2.
Yellow 4.
Gold ±5%.
Hence, 120000 x 5/100,
= 6000.
Now for maximum value,
So, 120000+6000,
= 126000.
Question asking for "The maximum resistance value for a brown, red, yellow, gold".
So,
Brown 1.
Red 2.
Yellow 4.
Gold ±5%.
Hence, 120000 x 5/100,
= 6000.
Now for maximum value,
So, 120000+6000,
= 126000.
(2)
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