I have no idea what im suppose to do here, I understand chemistry but they didn't write anything down for this.
BUBBLE TOP LEFT AND TO TOP RIGHT
next to left bubble is N2+3h2 and there is an arrow to the right pointing to 2NH3 which means that n2+3h2 is 2NH3
Below both is another bubble, but I have no idea what to put in the left right or bottom bubble
Based on the information provided, it seems like you have a chemical reaction in the form of:
N2 + 3H2 → 2NH3
The left bubble might represent the reactants, so you can write N2 and 3H2 in it.
The right bubble may represent the products, so you can write 2NH3 in it.
As for the bottom bubble, it is unclear what it represents based on the information given. If you have more context or additional information, please provide it for further assistance.
the bottom bubble has another arrow pointing down
If there is another arrow pointing down from the bottom bubble, it might indicate a separation or another process happening after the formation of the product NH3. Without further information, it is difficult to determine what should be written in the bottom bubble or understand the complete context. If you can provide more details or the specific question, I would be happy to help you further.
To understand what to put in the left, right, and bottom bubbles, it seems that we need to analyze the given chemical equation and its visual representation. Let's break it down step by step:
1. The top left and top right bubbles are connected with an arrow pointing from left to right. This indicates a chemical reaction where a reactant on the left side is being converted into a product on the right side.
2. The reactants in the left bubble are N2 and 3H2. This means that nitrogen gas (N2) and three molecules of hydrogen gas (H2) are present before the reaction.
3. The arrow indicates that these reactants undergo a reaction and form a product on the right side.
4. The product on the right side is 2NH3, which means that two molecules of ammonia (NH3) are formed. So the reaction can be summarized as: N2 + 3H2 → 2NH3.
5. Below both the reactant and product bubbles, there is another bubble that needs to be filled.
To determine what to put in the new bubbles, we need more information or context. It's possible that the problem or experiment requires you to propose the conditions (e.g., temperature, catalysts) needed for the reaction. Alternatively, it can be a continuation of the reaction, where the product reacts further to form new substances.
If there is no additional information provided, you may need to ask your teacher or consult your textbook or notes for more context or clarification. Remember that having a complete understanding of the given information is essential for accurately filling in the missing bubbles.