Anot O- (a) Determination of Specific Heat 150.0 g Lead -22.0 °C 50.0 g Water Insulation (b) after add lead 28.8 °C Insulation (c) Slide 13 of 50 Example 7-2 Determining Specific Heat from Experimental Data. Use the data presented on the last slide to calculate the specific heat of lead.

Which inventions resulted from applying Charles law?

1.    Now you will mass out a sample of the sodium bicarbonate. You will need to open the bottle by pointing at the lid and it will say Remove Lid. Next, grab the scoop and drag it to the open mouth of the bottle. Then, as you move the scoop down the label of the bottle, it will fill up to different amounts. Select the largest amount and drag the scoop to the weigh paper in the balance and let the sample go. This should be approximately 1 gram of sample on the balance. Add a second scoop to the weigh paper so that you have approximately 2 grams of sodium bicarbonate total. Be sure to record the total mass, to the correct significant figures. You will find a data table in this procedure. Drag the weigh paper and your sample to the beaker and release the sample. It is now in the beaker and you are ready to proceed. Click the green Zoom Out arrow   2.      Now it is time to make your solution. Generally, chemists would use a volumetric flask for this, but that is not available in this…

Can you show me the calculations please ? I'm not following how you got to this number ?

I have calculated this problem various times, but every time I input the answer into the assignment it says it's wrong, I can't find the issue. What could it be?

23. What will happen if an inflated balloon is placed in front of a floor register 23. that blows a warm air? A. The balloon will get completely deflated B. The balloon will become larger. C. The balloon will become smaller. D. The balloon will maintain its size. E. All the above will happen.

provide complete solution

Who will have a deeper curve F2 or CL2