![2M K-Type Temperature Sensor Mini-Connector Probe Sensor Temperature Sensors Measure Range -40 to 400 Degrees Celsius (-104 to 752 Degrees Fahrenheit) for Thermocouple Sensor and Meter (10): Amazon.com: Industrial & Scientific 2M K-Type Temperature Sensor Mini-Connector Probe Sensor Temperature Sensors Measure Range -40 to 400 Degrees Celsius (-104 to 752 Degrees Fahrenheit) for Thermocouple Sensor and Meter (10): Amazon.com: Industrial & Scientific](https://m.media-amazon.com/images/I/414ENq1Dr6S._AC_SY1000_.jpg)
2M K-Type Temperature Sensor Mini-Connector Probe Sensor Temperature Sensors Measure Range -40 to 400 Degrees Celsius (-104 to 752 Degrees Fahrenheit) for Thermocouple Sensor and Meter (10): Amazon.com: Industrial & Scientific
![Find the Faharenhit temperature when the abosuoulte temperature is 400 K Strategy: First convert Kelvin to degress Celsius using to Eq. (1.2). Then carry ou t the next converstion from degree Celsius Find the Faharenhit temperature when the abosuoulte temperature is 400 K Strategy: First convert Kelvin to degress Celsius using to Eq. (1.2). Then carry ou t the next converstion from degree Celsius](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/643112318_web.png)
Find the Faharenhit temperature when the abosuoulte temperature is 400 K Strategy: First convert Kelvin to degress Celsius using to Eq. (1.2). Then carry ou t the next converstion from degree Celsius
![Students watch the effect produced by the ignition of paraffin heated up to 400 degrees Celsius (752 degrees Fahrenheit) after contact with water during a demonstration at a local grammar school in Students watch the effect produced by the ignition of paraffin heated up to 400 degrees Celsius (752 degrees Fahrenheit) after contact with water during a demonstration at a local grammar school in](https://c8.alamy.com/comp/2D0A0CB/students-watch-the-effect-produced-by-the-ignition-of-paraffin-heated-up-to-400-degrees-celsius-752-degrees-fahrenheit-after-contact-with-water-during-a-demonstration-at-a-local-grammar-school-in-russias-siberian-city-of-krasnoyarsk-november-21-2012-ivan-timofeenko-and-pavel-pankin-students-from-the-siberian-federal-university-specialize-in-applied-mathematics-and-physics-and-have-conducted-experiments-aimed-at-the-popularization-of-the-exact-sciences-for-the-pupils-of-the-7th-grade-at-the-universe-grammar-school-demonstrative-and-spectacular-lessons-dedicated-to-chemical-physica-2D0A0CB.jpg)