review 1/2/3/4/5/6/7/8/9/10/11/12 **Drive-Thru Order Accuracy Analysis**To understand drive-thru order accuracy at popular fast-food chains, we refer to the data provided in the following table. This table shows the number of accurate and inaccurate orders for four different fast-food drive-thru restaurants, labeled A, B, C, and D. Assume that the orders are selected randomly from this dataset.| **Drive-thru Restaurant** | **A** | **B** | **C** | **D** ||---------------------------|-------|-------|-------|-------|| **Order Accurate** | 332 | 260 | 244 | 122 || **Order Not Accurate** | 35 | 53 | 33 | 19 |**Problem:**If one order is selected at random, determine the probability that the selected order is not accurate.**Solution:**To calculate the probability of selecting an order that is not accurate, we follow these steps:1. **Calculate the Total Orders:** - Total orders for Restaurant A = 332 (Accurate) + 35 (Not Accurate) = 367 - Total orders for Restaurant B = 260 (Accurate) + 53 (Not Accurate) = 313 - Total orders for Restaurant C = 244 (Accurate) + 33 (Not Accurate) = 277 - Total orders for Restaurant D = 122 (Accurate) + 19 (Not Accurate) = 1412. **Calculate the Total Number of Orders:** - Sum of all orders = 367 (A) + 313 (B) + 277 (C) + 141 (D) = 10983. **Calculate the Total Number of Not Accurate Orders:** - Total not accurate orders = 35 (A) + 53 (B) + 33 (C) + 19 (D) = 1404. **Determine the Probability:** - Probability of an order being not accurate = Total Not Accurate Orders / Total Orders - Probability = 140 / 1098 ≈ 0.127Therefore, the probability of getting an order that is not accurate is approximately **0.127** (rounded to three decimal places).

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Description: review 1/2/3/4/5/6/7/8/9/10/11/12 **Drive-Thru Order Accuracy Analysis**To understand drive-thru order accuracy at popular fast-food chains, we refer to the data provided in the following table. This table shows the number of accurate and inaccurate

Given data, P(Order that is not accurate)=?

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Use the data in the following table, which lists drive-thru order accuracy at popular fast food chains. Assume that orders are randomly selected from those included in the table. Drive-thru Restaurant O Order Accurate Order Not Accurate 332 35 260 53 C 244 33 122 19 If one order is selected, find the probability of getting an order that is not accurate. The probability of getting an order that is not accurate is (Round to three decimal places as needed.)

Use the data in the following table, which lists drive-thru order accuracy at popular fast food chains. Assume that orders are randomly selected from those included in the table. Drive-thru Restaurant O Order Accurate Order Not Accurate 332 35 260 53 C 244 33 122 19 If one order is selected, find the probability of getting an order that is not accurate. The probability of getting an order that is not accurate is (Round to three decimal places as needed.)

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review 1/2/3/4/5/6/7/8/9/10/11/12

**Drive-Thru Order Accuracy Analysis**

To understand drive-thru order accuracy at popular fast-food chains, we refer to the data provided in the following table. This table shows the number of accurate and inaccurate orders for four different fast-food drive-thru restaurants, labeled A, B, C, and D. Assume that the orders are selected randomly from this dataset.

| **Drive-thru Restaurant** | **A** | **B** | **C** | **D** |
|---------------------------|-------|-------|-------|-------|
| **Order Accurate** | 332 | 260 | 244 | 122 |
| **Order Not Accurate** | 35 | 53 | 33 | 19 |

**Problem:**
If one order is selected at random, determine the probability that the selected order is not accurate.

**Solution:**
To calculate the probability of selecting an order that is not accurate, we follow these steps:

1. **Calculate the Total Orders:**
- Total orders for Restaurant A = 332 (Accurate) + 35 (Not Accurate) = 367
- Total orders for Restaurant B = 260 (Accurate) + 53 (Not Accurate) = 313
- Total orders for Restaurant C = 244 (Accurate) + 33 (Not Accurate) = 277
- Total orders for Restaurant D = 122 (Accurate) + 19 (Not Accurate) = 141

2. **Calculate the Total Number of Orders:**
- Sum of all orders = 367 (A) + 313 (B) + 277 (C) + 141 (D) = 1098

3. **Calculate the Total Number of Not Accurate Orders:**
- Total not accurate orders = 35 (A) + 53 (B) + 33 (C) + 19 (D) = 140

4. **Determine the Probability:**
- Probability of an order being not accurate = Total Not Accurate Orders / Total Orders
- Probability = 140 / 1098 ≈ 0.127

Therefore, the probability of getting an order that is not accurate is approximately **0.127** (rounded to three decimal places).

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