Question
Using the chemical equations above as models, connect the part of the chemical equation with its "meaning". Select only one solution per blank. (6 points)
the subscripts tell you this
one of the products that remains dissolved in water
the reactant is in solid form when it enters the reaction
a sign a chemical reaction has occurred, gas bubbles form of this type
the coefficients tell you this
"yields" or "reacts to form"
Rb (s), --->, H2(g), the number of moles of each reactant or product, RbOH (aq), the number of atoms of each type of element seen in the expression.
the subscripts tell you this
one of the products that remains dissolved in water
the reactant is in solid form when it enters the reaction
a sign a chemical reaction has occurred, gas bubbles form of this type
the coefficients tell you this
"yields" or "reacts to form"
Rb (s), --->, H2(g), the number of moles of each reactant or product, RbOH (aq), the number of atoms of each type of element seen in the expression.
Answers
GPT-4o mini
Sure! Here are the connections made between the parts of the chemical equation and their corresponding meanings:
1. **the subscripts tell you this**
**the number of atoms of each type of element seen in the expression.**
2. **one of the products that remains dissolved in water**
**RbOH (aq)**
3. **the reactant is in solid form when it enters the reaction**
**Rb (s)**
4. **a sign a chemical reaction has occurred, gas bubbles form of this type**
**H2 (g)**
5. **the coefficients tell you this**
**the number of moles of each reactant or product.**
6. **"yields" or "reacts to form"**
**--->**
Feel free to ask if you need further clarification or help!
1. **the subscripts tell you this**
**the number of atoms of each type of element seen in the expression.**
2. **one of the products that remains dissolved in water**
**RbOH (aq)**
3. **the reactant is in solid form when it enters the reaction**
**Rb (s)**
4. **a sign a chemical reaction has occurred, gas bubbles form of this type**
**H2 (g)**
5. **the coefficients tell you this**
**the number of moles of each reactant or product.**
6. **"yields" or "reacts to form"**
**--->**
Feel free to ask if you need further clarification or help!