Final answer:
The student's question is about identifying the resistance value indicated by the color bands on resistors. the color bands are translated into numbers and multipliers to find the resistance value in ohms.
Step-by-step explanation:
The student is asking to find the resistance value for each set of color bands on resistors. these colors represent numerical values and multipliers according to the electronic color code, which is used to indicate the resistance of a resistor in ohms (Ω). the given colors correspond to digits for the first two or three bands, a multiplier for the third or fourth band, and a tolerance value for the fifth band (if present).
The student's question appears to contain a typographical error or misunderstanding, as the color code does not include yellow in the fourth position as it is intended for tolerance and not for value or multiplier. nevertheless, ignoring this error, the answers for the resistance values based on standard color coding (and assuming yellow represents a multiplier of 10,000 as if it were the third band in a four-band code) are:
- Red, orange, orange, yellow - 23 kΩ (23,000 ohms).
- Orange, white, blue, yellow - 39 MΩ (39,000,000 ohms).
- Blue, black, green, yellow - 65 MΩ (65,000,000 ohms).
- Blue, grey, yellow, orange - 68 kΩ (68,000 ohms).
- White, green, brown, yellow - 95 kΩ (95,000 ohms).