Q.7) Determine the time that temperature measuring devices (such as a thermocouple) will reach 98% of their final value

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Q.7) Determine the time that temperature measuring devices (such as a thermocouple) will reach 98% of their final value

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Q 7 Determine The Time That Temperature Measuring Devices Such As A Thermocouple Will Reach 98 Of Their Final Value 1
Q 7 Determine The Time That Temperature Measuring Devices Such As A Thermocouple Will Reach 98 Of Their Final Value 1 (22.51 KiB) Viewed 25 times
Q 7 Determine The Time That Temperature Measuring Devices Such As A Thermocouple Will Reach 98 Of Their Final Value 2
Q 7 Determine The Time That Temperature Measuring Devices Such As A Thermocouple Will Reach 98 Of Their Final Value 2 (22.51 KiB) Viewed 25 times
Q.7) Determine the time that temperature measuring devices (such as a thermocouple) will reach 98% of their final value when exposed to a step change in temperature if they have time constants of 0.1, 1, and 10 s. Q.8) A mass-spring-damping system has the following characteristics: m = 20g, λ = 5 N- s/m, and k = 10 N/cm. Calculate the natural frequency and the damping ratio of this system. Is the system overdamped or underdamped?
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