Lets start with the medical components. We need to determine how many units of the syringe connections can be made out of one metric ton of PEI, or around 2205 lbs of the plastic. Starting material - PEI 1 metric ton = 2205 lbs Calculation for number of units of each component: total weight of starting material PEI x Products Medical components Stopcock with Luer Connection, 1-way, male lock Products Medical components unit weight 2.72 g = 3/500 lbs Stopcock with Luer Connection, 1-way, male lock unit weight 2.72 g = 3/500 lbs 1 weight of unit of component This calculation assumes all starting material is used during the production of the components. Female Luer Lock 3/16" unit weight 0.63 g = 7/5000 lbs 1 unit of medical component total units of medical componen If necessary round to the closest whole number Units = Female Luer Lock 3/16" unit weight 0.63 g = 7/5000 lbs Determine the number of units for each medical component before moving forw Units =
Lets start with the medical components. We need to determine how many units of the syringe connections can be made out of one metric ton of PEI, or around 2205 lbs of the plastic. Starting material - PEI 1 metric ton = 2205 lbs Calculation for number of units of each component: total weight of starting material PEI x Products Medical components Stopcock with Luer Connection, 1-way, male lock Products Medical components unit weight 2.72 g = 3/500 lbs Stopcock with Luer Connection, 1-way, male lock unit weight 2.72 g = 3/500 lbs 1 weight of unit of component This calculation assumes all starting material is used during the production of the components. Female Luer Lock 3/16" unit weight 0.63 g = 7/5000 lbs 1 unit of medical component total units of medical componen If necessary round to the closest whole number Units = Female Luer Lock 3/16" unit weight 0.63 g = 7/5000 lbs Determine the number of units for each medical component before moving forw Units =
Chemistry
10th Edition
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![**Title: Calculation of Medical Components from Polymer Starting Material**
**Introduction:**
In this module, we will explore how many units of syringe connections can be produced from one metric ton of PEI plastic, equivalent to approximately 2205 pounds.
**Starting Material:**
- **PEI (Polyetherimide) Plastic**
- The starting material is depicted in a photograph showing assorted polymer granules in various colors.
**Conversion Factor:**
- **1 metric ton = 2205 lbs**
**Calculation for Number of Units of Each Component:**
- **Formula:**
\[
\text{Total units of medical component} = \frac{\text{Total weight of starting material PEI}}{\text{Unit weight of medical component}}
\]
This equation assumes the entire starting material is consumed in making the components.
**Products:**
1. **Stopcock with Luer Connection:**
- Type: 1-way male lock
- **Unit weight:** 2.72 g = \(\frac{3}{500}\) lbs
2. **Female Luer Lock:**
- Size: 3/16"
- **Unit weight:** 0.63 g = \(\frac{7}{5000}\) lbs
**Instructions:**
- Perform the calculations to find out the number of units for each medical component.
- If necessary, round the results to the nearest whole number.
**Diagram Explanation:**
The diagram includes visual representations of the medical components:
- **Stopcock with Luer Connection** is shown in blue with a locking mechanism.
- **Female Luer Lock** is depicted as a transparent connector.
**Conclusion:**
Utilize the provided formula to determine the number of units each component can yield before advancing further in the module.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F527d0796-f7b0-4877-ad88-5fb65d7b09e0%2F2980f71b-5eaf-4acd-91fc-34f76e0c6c94%2F5hkjhhe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Title: Calculation of Medical Components from Polymer Starting Material**
**Introduction:**
In this module, we will explore how many units of syringe connections can be produced from one metric ton of PEI plastic, equivalent to approximately 2205 pounds.
**Starting Material:**
- **PEI (Polyetherimide) Plastic**
- The starting material is depicted in a photograph showing assorted polymer granules in various colors.
**Conversion Factor:**
- **1 metric ton = 2205 lbs**
**Calculation for Number of Units of Each Component:**
- **Formula:**
\[
\text{Total units of medical component} = \frac{\text{Total weight of starting material PEI}}{\text{Unit weight of medical component}}
\]
This equation assumes the entire starting material is consumed in making the components.
**Products:**
1. **Stopcock with Luer Connection:**
- Type: 1-way male lock
- **Unit weight:** 2.72 g = \(\frac{3}{500}\) lbs
2. **Female Luer Lock:**
- Size: 3/16"
- **Unit weight:** 0.63 g = \(\frac{7}{5000}\) lbs
**Instructions:**
- Perform the calculations to find out the number of units for each medical component.
- If necessary, round the results to the nearest whole number.
**Diagram Explanation:**
The diagram includes visual representations of the medical components:
- **Stopcock with Luer Connection** is shown in blue with a locking mechanism.
- **Female Luer Lock** is depicted as a transparent connector.
**Conclusion:**
Utilize the provided formula to determine the number of units each component can yield before advancing further in the module.
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