The pressure in Denver, Colorado averages about 632 mm Hg. How many atmospheres is this? STARTING AMOUNT ADD FACTOR ANSWER RESET *( ) 0.001 14.70 6.24 1.01325 1 632 0.98692 10 1.01325 x 105 101.325 0.832 1000 760 42.5 atm torr Pa bar КРа mm Hg psi stv both 16 МacВook Pro

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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### Pressure Conversion Activity

#### Problem
The pressure in Denver, Colorado averages about **632 mm Hg**. How many **atmospheres** is this?

#### Interactive Tool
- **Input Field**: Enter the starting amount of pressure.
- **Selection Box**: Choose the conversion factor necessary for your calculation.
- **Answer Box**: Where your completed calculation will appear.
- **Reset Button**: Clears all entries to start a new calculation.

#### Conversion Factors Options:
- **atm (Atmospheres)**
- **torr**
- **Pa (Pascals)**
- **bar**
- **kPa (Kilopascals)**
- **mm Hg (Millimeters of Mercury)**
- **psi (Pounds per Square Inch)**

##### Available Numerical Factors for Conversion:
- 0.001
- 14.70
- 6.24
- 1.01325
- \(1.01325 \times 10^{-5}\)
- 632
- 101.325
- 1000
- 760
- 0.98692
- \(10^5\)
- 42.5

#### How to Use:
1. **Enter the starting pressure**: Type the value you want to convert in the starting amount box.
2. **Select the conversion factor**: Choose the appropriate factor from the options given to convert between units.
3. **Get the answer**: See the result in the answer box.
4. **Reset**: Use the reset button to clear the fields for a new calculation.

This tool provides a practical way to understand pressure conversions using commonly used units in scientific and engineering contexts.
Transcribed Image Text:### Pressure Conversion Activity #### Problem The pressure in Denver, Colorado averages about **632 mm Hg**. How many **atmospheres** is this? #### Interactive Tool - **Input Field**: Enter the starting amount of pressure. - **Selection Box**: Choose the conversion factor necessary for your calculation. - **Answer Box**: Where your completed calculation will appear. - **Reset Button**: Clears all entries to start a new calculation. #### Conversion Factors Options: - **atm (Atmospheres)** - **torr** - **Pa (Pascals)** - **bar** - **kPa (Kilopascals)** - **mm Hg (Millimeters of Mercury)** - **psi (Pounds per Square Inch)** ##### Available Numerical Factors for Conversion: - 0.001 - 14.70 - 6.24 - 1.01325 - \(1.01325 \times 10^{-5}\) - 632 - 101.325 - 1000 - 760 - 0.98692 - \(10^5\) - 42.5 #### How to Use: 1. **Enter the starting pressure**: Type the value you want to convert in the starting amount box. 2. **Select the conversion factor**: Choose the appropriate factor from the options given to convert between units. 3. **Get the answer**: See the result in the answer box. 4. **Reset**: Use the reset button to clear the fields for a new calculation. This tool provides a practical way to understand pressure conversions using commonly used units in scientific and engineering contexts.
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