An allergy medicine is usually stored in a cabinet at room temperature where its molecules moved around each other. by mistake an intern transferred energy into the medicine. after one hour the intern found the medicine and noticed that it was liquid. how were the molecules moving when the intern found the medicine? why did the molecules were moving this way after the intern transferred energy into the medicine?

An allergy medicine is usually stored in a cabinet at room temperature where its molecules moved around each other. by mistake an intern transferred energy into the medicine. after one hour the intern found the medicine and noticed that it was liquid. how were the molecules moving when the intern found the medicine? why did the molecules were moving this way after the intern transferred energy into the medicine?

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter22: Electric Current

Section22.2: Using Electric Energy

Problem 28PP

See similar textbooks

Similar questions

The average American daily diet consists of 2,400 kilocalories. A kilocalorie contains 4814 J. Assume that this daily intake of kilocalories is completely metabolized at a uniform rate over a 24 hour period. What is the average power generation of the average American over the 24 hour period? Report your answer in units watts (W). I recieved 4814W per 24 hours but am unsure if I am correct.
A light bulb transfers 80% of electrical energy into light energy, and 20% into heat energy. Is this an efficient light bulb? Why?
The water is safe to drink if the number of cells falls below 10 cells/mL. It is 8 a.m. and you have 100,000 cells/mL with D being 15 minutes. You add the bleach to the tank. At what time can you release the water? Log Nt = Log N0 – t/D. D is the time required for a log kill.
I need help solving this problem please help A 6-inch personal pizza has 570 calories. A 14-inch pizza is cut into 8 slices. Estimate the number of calories in one slice of a 14-inch pizza. Round your answer to the nearest calorie.
Consider a car trip into the mountains. Construct a problem in which you calculate the overall efficiency of the car for the trip as a ratio of kinetic and potential energy gained to fuel consumed. Compare this efficiency to the thermodynamic efficiency quoted for gasoline engines and discuss why thethermodynamic efficiency is so much greater. Among the factors to be considered are the gain in altitude and speed, the mass of the car, the distance traveled, and typical fuel economy.
I don't understand this so I would like help so I can know how to do problems like this in the future.
Iron is melted during the recycling process. (a) How much heat must be transferred to each kilogram of iron to bring it to its melting point, 1,536°C, from room temperature, 20°C?_________ J(b) About how many cups of coffee could you make with this much energy (1 cup = 73,600 J)? __________cups
E. coli cell in 1/10 of a second. If the length of an E. coli cell is 1500 nm, how fast does the water molecule travel in mph? 1 mile = 1.609 km.
A 75 kg sprinter accelerates from 0 to 8.0 m/s in 5.0 s. What is the output erergy, in kJ (kiloJoules)? Your answer needs to have 2 significant figure, including the negative sign in your answer if needed. Do not include the positive sign if the answer is positive. No unit is needed in your answer, it is already given in the question statement.
Topic is about entropy help me answer this asap
In May you used 700 kilowatt-hours of energy for electricity. a. Calculate the total electrical energy use in joules. b. Calculate your average power use in watts. c. Assume that your power supplier generates electricity by burning oil. Note that 1 liter of oil releases 12 million joules of energy. How much oil is needed to generate the electricity you use? Give your answer in both liters and gallons.
You have five identical apples and six identical pears. The mass of an apple is 100 g and the mass of a pear is 101 g. You put all the fruit in a bag and place the bag on a scale. The scale reads 1100 g. Calculate the binding energy of the apple - pear system, in joules. Ignore the mass of the bag. Write your answer as E x 1014 J and type in just the value of E.