If the amplifier shown is built using resistors with a +/−5% tolerance, then what is the maximum voltage gain that might be measured in V/V ? Use nominal values for the resistors of RA = 7.7 kΩ and RB = 36.8 kΩ, and assume that the opamp is ideal. Include the sign of the voltage gain in your answer, but when determining the maximum gain only consider the magnitude of the gain, not the phase. (e. g. , A gain of −3 V/V is larger in magnitude than a gain of −2 V/V. ) Answer: Check

If the amplifier shown is built using resistors with a +/−5% tolerance, then what is the maximum voltage gain that might be measured in V/V ? Use nominal values for the resistors of RA = 7.7 kΩ and RB = 36.8 kΩ, and assume that the opamp is ideal. Include the sign of the voltage gain in your answer, but when determining the maximum gain only consider the magnitude of the gain, not the phase. (e. g. , A gain of −3 V/V is larger in magnitude than a gain of −2 V/V. ) Answer: Check

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If the amplifier shown is built using resistors with a + / 5 % tolerance, then what is the maximum voltage gain that might be measured in V / V ? Use nominal values for the resistors of R A = 7.7 k Ω and R B = 36.8 k Ω , and assume that the opamp is ideal. Include the sign of the voltage gain in your answer, but when determining the maximum gain only consider the magnitude of the gain, not the phase. (e.g., A gain of 3 V / V is larger in magnitude than a gain of 2 V / V .)
Answer: Check

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