If a bottle made of Pyrex glass is used instead of the ordinary glass bottle, how will this affect the accuracy of your results? Explain.
If a bottle made of Pyrex glass is used instead of the ordinary glass bottle, how...
3. A spherical reactor made of glass (Pyrex) has inside and outside diameters of 0.15m and 0.30m, respectively. The inner surface is maintained at TS,1=150°C and the outer surface is maintained at Ts.2=30°C. (a) Determine the temperature at the midpoint of the glass wall. (b) For the same surface temperatures and reactor dimensions, how does the midpoint temperature differ if the reactor were made of 316 stainless steel?
how to do calibration for glass bottle for BOD
Please answer #5 a through d . The air inside a 180 mL glass bottle is at 1.0 atm and 25 °C when you close it. You carry the glass bottle with you up a mountain where the air pressure is 0.75 atm and the temperature is 5 °C. a. The air pressure on the outside of the glass bottle has decreased. What happens to the volume of air inside of the bottle? Explain your thinking. top of the mountain...
Lab 24 Part 2: Materials- 2 glass bottles, metal utensil Methods- One bottle was filled about a quarter with water. The bottle was gently tapped at the top with a metal utensil. Gradually the bottle was filled with more water and the sound was observed as it became more filled. The same experiment was done again but instead it was blown across the top to create a sound. Then a partner blew on the top of an empty bottle while...
1.If you used a Yeti Vacuum Insulated Tumblert instead of a styrofoam cup for the calorimeter, would the value of Hf MgO(s) be higher or lower? Explain. 2. Comment on the accuracy of your results by discussing the percent error. Was your experimental result greater or less than expected? What one specific factor might reasonably explain your percent error? How would the factor affect the result (would it make your experimental value too large or too small?)? My percentage error...
3. A student used a medicine dropper, instead of a toothpick, to spot the standard 4-cation solutions on the chromatographic paper. The resulting original spots were each 1.0 cm in diameter. How would this affect the results? 3. A student used a medicine dropper, instead of a toothpick, to spot the standard 4-cation solutions on the chromatographic paper. The resulting original spots were each 1.0 cm in diameter. How would this affect the results?
Instructions: Solve the problem below using the RIDEA framework. Problem 1: An ordinary glass is filled to the brim with 350.0 mL of water at 100.0°C. If the temperature decreased to 20.0°C, how much water could be added to the glass? (Hint: Assume that both glass and water contract when the temperature falls; Belas 27x10 water 210x10) 1) Represent the problem in terms of symbols and diagrams. (Make a SKETCH) 2) Interpret the problem by identifying applicable concepts and principles...
A 14.0 V battery-operated bottle warmer heats 45.0 g of glass, 2.20 ✕ 102 g of baby formula, and 2.50 ✕ 102 g of aluminum from 25.0°C to 95.0°C. (Hint: Assume that the specific heat of baby formula is about the same as the specific heat of water.) a)How much charge (in C) is moved by the battery? ____C (b) How many electrons per second flow if it takes 4.00 min to warm the formula? ____electron(s) 13. -12 points OSColPhysAP2016...
Should World Kitchen outsource Pyrex production and close the Charleroi plant? If so, how many suppliers should the company employ and where should they be located? We were unable to transcribe this imagedishwas resulted from a process that pressed together yers of thin, strengthened opaque glass. products if they were moved overseas and simply source the lower-cost private-label versions directly sales and marketing functions. THE MARKET Givsn its extensive experience with outsourcing the Giobal Sourcing Department at World Kitchen had...
I have a question: "How is self cleaning glass made?" It will be greatly appreciated if you can possibly provide any information.