PLZ HELP WILL GIVE MEDAL! xxx

1. Pour 100 g vinegar into a flask.
2. Measure the temperature of the vinegar.
3. Add 10 g of baking soda to the flask.
4. Observe as the contents of the flask fizz (produce bubbles).
5. Measure the temperature of the contents in the flask and observe any change in temperature.

b. What should the total mass of all the products of the reaction be? Show your calculations or explain your answer, and include units in your answer. (2 sentences required)

wut..0.o please help me!

Question

PLZ HELP WILL GIVE MEDAL! xxx

1. Pour 100 g vinegar into a flask. 
2. Measure the temperature of the vinegar.
3. Add 10 g of baking soda to the flask.
4. Observe as the contents of the flask fizz (produce bubbles).
5. Measure the temperature of the contents in the flask and observe any change in temperature.

b. What should the total mass of all the products of the reaction be? Show your calculations or explain your answer, and include units in your answer. (2 sentences required)

wut..0.o please help me!

micahm · Answer

what the question @literally.kaylaa

anonymous · Answer

the question is What should the total mass of all the products of the reaction be? Show your calculations or explain your answer, and include units in your answer. (2 sentences required @micahm

micahm · Answer

All of the reagent is consumed; There is no deficiency of the reagent; There ... The mass ratios can be calculated by dividing each by the total in the whole reaction. .... The extent of reaction ξ can be regarded as a real (or hypothetical) product

micahm · Answer

@literally.kaylaa