round to the nearest hundredth.
5 4.157
6 349.332
7 21.034
8 6.976
round to the nearest tenth.
9 27.371
10 792.42
11 5.948
12 0.168

Question

Accepted Answer

### Question 5: Round 4.157 to the nearest hundredth
# Explanation:
## Step1: Identify the hundredth and thousandth places
The number is $4.157$. The hundredth place is $5$ (second decimal place), and the thousandth place is $7$ (third decimal place).
## Step2: Apply the rounding rule
Since the digit in the thousandth place ($7$) is greater than or equal to $5$, we round up the digit in the hundredth place. So, $5$ becomes $6$.
# Answer:
$4.16$

### Question 6: Round 349.332 to the nearest hundredth
# Explanation:
## Step1: Identify the hundredth and thousandth places
The number is $349.332$. The hundredth place is $3$ (second decimal place), and the thousandth place is $2$ (third decimal place).
## Step2: Apply the rounding rule
Since the digit in the thousandth place ($2$) is less than $5$, we leave the digit in the hundredth place as it is.
# Answer:
$349.33$

### Question 7: Round 21.034 to the nearest hundredth
# Explanation:
## Step1: Identify the hundredth and thousandth places
The number is $21.034$. The hundredth place is $3$ (second decimal place), and the thousandth place is $4$ (third decimal place).
## Step2: Apply the rounding rule
Since the digit in the thousandth place ($4$) is less than $5$, we leave the digit in the hundredth place as it is.
# Answer:
$21.03$

### Question 8: Round 6.976 to the nearest hundredth
# Explanation:
## Step1: Identify the hundredth and thousandth places
The number is $6.976$. The hundredth place is $7$ (second decimal place), and the thousandth place is $6$ (third decimal place).
## Step2: Apply the rounding rule
Since the digit in the thousandth place ($6$) is greater than or equal to $5$, we round up the digit in the hundredth place. So, $7$ becomes $8$.
# Answer:
$6.98$

### Question 9: Round 27.371 to the nearest tenth
# Explanation:
## Step1: Identify the tenth and hundredth places
The number is $27.371$. The tenth place is $3$ (first decimal place), and the hundredth place is $7$ (second decimal place).
## Step2: Apply the rounding rule
Since the digit in the hundredth place ($7$) is greater than or equal to $5$, we round up the digit in the tenth place. So, $3$ becomes $4$.
# Answer:
$27.4$

### Question 10: Round 792.42 to the nearest tenth
# Explanation:
## Step1: Identify the tenth and hundredth places
The number is $792.42$. The tenth place is $4$ (first decimal place), and the hundredth place is $2$ (second decimal place).
## Step2: Apply the rounding rule
Since the digit in the hundredth place ($2$) is less than $5$, we leave the digit in the tenth place as it is.
# Answer:
$792.4$

### Question 11: Round 5.948 to the nearest tenth
# Explanation:
## Step1: Identify the tenth and hundredth places
The number is $5.948$. The tenth place is $9$ (first decimal place), and the hundredth place is $4$ (second decimal place).
## Step2: Apply the rounding rule
Since the digit in the hundredth place ($4$) is less than $5$, we leave the digit in the tenth place as it is. Wait, no, wait. Wait, the tenth place is $9$, hundredth is $4$, thousandth is $8$. Wait, no, for rounding to the tenth, we look at the hundredth place. The hundredth place is $4$, which is less than $5$, so we leave the tenth place as $9$? Wait, no, wait, $5.948$: tenth is $9$, hundredth is $4$. So since $4 < 5$, we round down? Wait, no, $5.948$ to the nearest tenth: the tenths place is $9$, the next digit (hundredth) is $4$, which is less than $5$, so we keep the tenths place as $9$? Wait, no, wait, $5.948$ is $5.9$ when rounded to the nearest tenth? Wait, no, wait, $5.948$: the tenths digit is $9$, the hundredths digit is $4$, which is less than $5$, so we don't round up the tenths digit. So $5.948$ rounded to the nearest tenth is $5.9$? Wait, no, wait, no, wait, $5.948$: let's check again. The number is $5.948$. To round to the nearest tenth, we look at the hundredth place (the digit after the tenth place). The hundredth place is $4$, which is less than $5$, so we round down, meaning the tenth place remains $9$, and the digits after the tenth place are dropped. So $5.948$ rounded to the nearest tenth is $5.9$? Wait, no, wait, that can't be right. Wait, $5.948$ is closer to $5.9$ or $6.0$? Wait, $5.948 - 5.9 = 0.048$, and $6.0 - 5.948 = 0.052$. So $0.048 < 0.052$, so it's closer to $5.9$. Wait, but wait, the hundredth place is $4$, which is less than $5$, so we round down. So the tenth place stays $9$, so $5.9$. Wait, but let's do it step by step.
## Step1: Identify the tenth and hundredth places
The number is $5.948$. The tenth place is $9$ (first decimal place), and the hundredth place is $4$ (second decimal place).
## Step2: Apply the rounding rule
Since the digit in the hundredth place ($4$) is less than $5$, we round down, so the digit in the tenth place remains $9$, and we drop the digits after the tenth place. Wait, but $5.948$ is $5.9$ when rounded to the nearest tenth? Wait, no, wait, $5.948$ is $5.9$ because the hundredth digit is $4$, which is less than $5$, so we don't round up the tenth digit. So $5.948$ rounded to the nearest tenth is $5.9$.
# Answer:
$5.9$

### Question 12: Round 0.168 to the nearest tenth
# Explanation:
## Step1: Identify the tenth and hundredth places
The number is $0.168$. The tenth place is $1$ (first decimal place), and the hundredth place is $6$ (second decimal place).
## Step2: Apply the rounding rule
Since the digit in the hundredth place ($6$) is greater than or equal to $5$, we round up the digit in the tenth place. So, $1$ becomes $2$.
# Answer:
$0.2$

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QUESTION IMAGE

Question

Explanation:

Question 5: Round 4.157 to the nearest hundredth

Step1: Identify the hundredth and thousandth places

Step2: Apply the rounding rule

Step1: Identify the hundredth and thousandth places

Step2: Apply the rounding rule

Step1: Identify the hundredth and thousandth places

Step2: Apply the rounding rule

Answer:

Question 6: Round 349.332 to the nearest hundredth