QUESTION IMAGE
Question
assume that each circle shown below represents one unit. express the shaded amount as an improper fraction and as a mixed number.
answer attempts 4 out of 5
fraction:
mixed number: 3
Step1: Analyze each circle
Each circle is divided into 10 equal parts? Wait, no, looking at the fourth circle: shaded parts and unshaded. Wait, first three circles are fully shaded (each is 1 unit, so 3 units). The fourth circle: let's count the shaded regions. The circle is divided into 10 parts? Wait, no, looking at the fourth circle, the unshaded parts: 4? Wait, no, the fourth circle: shaded parts are 6? Wait, no, let's re-examine. Wait, the first three circles are completely shaded (each is 1, so 3*1 = 3). The fourth circle: total parts? Let's see, the unshaded parts: 4 (white), shaded parts: 6? Wait, no, maybe the circle is divided into 10? Wait, no, the user's image: first three circles are fully shaded (each is 1), fourth circle: shaded is 6/10? No, wait, maybe the fourth circle is divided into 10? Wait, no, maybe the fourth circle is divided into 10, but shaded is 6? Wait, no, the initial problem: each circle is one unit. So first three circles: 3 units. Fourth circle: shaded fraction. Let's count the shaded parts in the fourth circle. The circle has 10 equal parts? Wait, no, looking at the fourth circle: the unshaded parts are 4 (white), shaded parts are 6? Wait, no, maybe 10 parts? Wait, no, the first three circles are fully shaded (each is 1, so 3). The fourth circle: shaded is 6/10? No, wait, maybe the fourth circle is divided into 10, but the shaded is 6? Wait, no, the correct approach: each circle is divided into 10 equal sectors? Wait, no, the first three circles are fully shaded (each is 1, so 3). The fourth circle: shaded sectors: let's count. The unshaded are 4 (white), so shaded are 10 - 4 = 6? Wait, no, 10 parts? Wait, no, maybe 10? Wait, no, the fourth circle: shaded is 6/10? No, wait, the mixed number is 3 and 6/10? No, the user's initial answer has 3 1/2, which is wrong. Wait, let's do it correctly.
Wait, each circle is one unit. First three circles: 3 units (fully shaded). Fourth circle: let's see the shaded regions. The fourth circle: how many shaded? Let's count the sectors. The unshaded sectors: 4 (white), so shaded sectors: 6? Wait, no, maybe the circle is divided into 10? Wait, no, maybe the circle is divided into 10, but the shaded is 6, so 6/10 = 3/5? No, that can't be. Wait, maybe the fourth circle is divided into 10, but the shaded is 6, so total shaded is 3 + 6/10 = 3 + 3/5 = 18/5? No, that's not matching. Wait, maybe the fourth circle is divided into 10, but the shaded is 6, so 3 + 6/10 = 36/10 = 18/5? No, 3 is 30/10, plus 6/10 is 36/10 = 18/5 = 3 6/10 = 3 3/5. But the user's initial answer has 3 1/2, which is wrong. Wait, maybe I misread the circles. Let's look again.
Wait, the fourth circle: maybe it's divided into 10, but the shaded is 5? No, no. Wait, maybe the circles are divided into 10, but the fourth circle has 5 shaded? No, the first three are fully shaded (3 units). Fourth circle: shaded is 5? No, wait, maybe the fourth circle is divided into 10, but the shaded is 5? No, that's 1/2. So 3 + 5/10 = 3 + 1/2 = 7/2 (improper fraction) and 3 1/2 (mixed number). Ah! So the fourth circle is divided into 10 parts, but shaded is 5? Wait, no, 5/10 is 1/2. So first three circles: 3, fourth circle: 1/2. So total shaded: 3 + 1/2 = 7/2 (improper fraction) and 3 1/2 (mixed number). Wait, that's what the user's initial answer has, but let's confirm.
So step 1: count the fully shaded circles: 3 (each is 1 unit, so 3*1 = 3). Step 2: count the shaded fraction in the fourth circle. The fourth circle: total parts? If it's divided into 10, but shaded is 5 (since 5/10 = 1/2). So shaded in fourth circle: 1/2…
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Improper fraction: \(\frac{7}{2}\)
Mixed number: \(3 \frac{1}{2}\)