For the next experiment, several students placed a marshmallow Peep chick into the microwave. What is the BEST prediction of what will happen to the Peep chick once the microwave is turned on for 15 seconds? There is a direct relationship between pressure and A) volume so the chick will shrink. Whenever there is an increase in temperature there is B) an increase in volume so the chick expands. The gas molecules inside the marshmallow chick heat up vibrate, increase the pressure outward and the chick expands. Increased pressure due to increased temperature D) results in a decrease in volume so the marshmallow chick will begin to shrink.

For the next experiment, several students placed a marshmallow Peep chick into the microwave. What is the BEST prediction of what will happen to the Peep chick once the microwave is turned on for 15 seconds? There is a direct relationship between pressure and A) volume so the chick will shrink. Whenever there is an increase in temperature there is B) an increase in volume so the chick expands. The gas molecules inside the marshmallow chick heat up vibrate, increase the pressure outward and the chick expands. Increased pressure due to increased temperature D) results in a decrease in volume so the marshmallow chick will begin to shrink.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Suppose you perform an experiment using the Celsius temperature scale and find a change in temperature of 5°C. Then you perform the same experiment again now using the Kelvin temperature and you have a temperature change of 5 K, you can state that: a) the kelvin temperature change is greater. b) these temperature changes cannot be compared with each other. c) the change in the Celsius temperature scale is greater. d) both temperature changes are equal.
The specific heat capacity depends on the type of N Jand is a constant. If the specific heat capacity of the material is low t heats up and cools down slowly insulator If the material has high specific heat, it will take quickly ime to increase or decrease its temperature. medium material conductor more
Q7.
5
A blackbody radiator emits radiation with a wavelength of 50 micrometers. What is the temperature of the blackbody?
The internal energy of the gas changes from 6 colories to 12 colories when 8 colories of the heat is needed to it. The work done will be? A. 2 colories B. 12 colories C. 14 colories
grade 12 chemistry:
Fill in the blank with correct answers: ohms f(Hz) The graph of reactance against frequency, shown in the picture is for a Average kinetic energy of the gas molecules is O a. Independent of absolute temperature O b. Directly proportional to the 4th power of absolute temperature Directly proportional to absolute temperature O d. Inversely proportional to absolute temperature
A 19th century lab technician is testing possible metals for bulb filaments. A tungsten filament with a surface area of 0.370 mm² and an emissivity of 0.969 radiates 3.00 W of light. Determine the filament's temperature (in K). The melting point for tungsten is 3683 K. Submit Answer 4 View Previous Question Question 16 of 19 View Next Question
Nuclear scientists have determined that a fourth state of matter exists: plasma. The state of plasma is reached when matter acquires a temperature so high that some of the molecules and atoms are broken down into ions and electrons. Stellar and interstellar matter mostly occur as forms of plasma. On Earth, plasma exists in the ionosphere, in flames, and in chemical and nuclear explosions. Matter in a controlled thermonuclear reactor also exists in a plasma state. Plasma is most like a gas. However, it differs from un-ionized gas in that it is a good conductor of electricity and heat. Scientists hope to understand the occurrence of plasma in nature and to harness it as an inexpensive energy source. 26. Based on the passage, how can the cost of developing thermonuclear power with plasma be defended? A. It is applicable to all technologies. B. A plasma power source can be used without special equipment. C. It can provide an inexpensive power source. bagga bniy D. It is almost perfected…
Q13/ what is the ratio of Vm/V/N for the air molecule at room temperature?
A tank of N2 gas has temperature 500 K. Calculate the percentation of N2 molecules that has a speed between 1000 m/s and 2000 m/s. ____% 2 sig. fig. Please solve in Excel numerically the Maxwell-Boltzmann distribution