Madeline drew a grid of 5 cells in a row.

4.88 4.86 4.84 4.82
Explain how you can use structure to find the missing decimal.

(1 point)
Responses

Moving left to right, the whole number stays the same and the tenths decrease by 2.

Moving left to right, the whole number stays the same and the tenths decrease by 2.

Moving left to right, the whole number stays the same and the hundredths decrease by 1.

Moving left to right, the whole number stays the same and the hundredths decrease by 1.

Moving left to right, the whole number stays the same, the tenths decrease by 1, and the hundredths decrease by 2.

Moving left to right, the whole number stays the same, the tenths decrease by 1, and the hundredths decrease by 2.

Moving left to right, the whole number stays the same, the tenths stay the same, and the hundredths decrease by 2.

Moving left to right, the whole number stays the same, the tenths stay the same, and the hundredths decrease by 2.

Moving left to right, the whole number stays the same, the tenths stay the same, and the hundredths decrease by 2. This means that the missing decimal would be 4.80.

Juliana wants to write the number twenty thousand, one hundred ninety in expanded notation. Which of the following would complete the expression? Select all that apply.

(2×?)+(1×100)+(9×10)
(1 point)
Responses

1,000
1 , 000

104
10 4

100,000
100 , 000

103
10 3

10,000

1,000

100,000
10,000

Round each decimal to the place value stated and enter the value in the box.

(1 point)
a. Round 3.892 to the nearest tenth.

Question 2
(1 point)
b. Round 5.424 to the nearest hundredth.

Question 3
(1 point)
c. Round 124.62 to the nearest whole number.

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Round each decimal to the place value stated and enter the value in the box.

(1 point)
a. Round 3.892 to the nearest tenth.

Question 2
(1 point)
b. Round 5.424 to the nearest hundredth.

Question 3
(1 point)
c. Round 124.62 to the nearest whole number.

Skip to navigation

Round each decimal to the place value stated and enter the value in the box.

(1 point)
a. Round 3.892 to the nearest tenth.

Question 2
(1 point)
b. Round 5.424 to the nearest hundredth.

Question 3
(1 point)
c. Round 124.62 to the nearest whole number.

Skip to navigation

Round each decimal to the place value stated and enter the value in the box.

(1 point)
a. Round 3.892 to the nearest tenth.

Question 2
(1 point)
b. Round 5.424 to the nearest hundredth.

Question 3
(1 point)
c. Round 124.62 to the nearest whole number.

Skip to navigation

5 of 145 of 14 Items

Question 1
Round each decimal to the place value stated and enter the value in the box.

(1 point)
a. Round 3.892 to the nearest tenth.

Question 2
(1 point)
b. Round 5.424 to the nearest hundredth.

Question 3
(1 point)
c. Round 124.62 to the nearest whole number.

a. Round 3.892 to the nearest tenth: 3.9

b. Round 5.424 to the nearest hundredth: 5.42
c. Round 124.62 to the nearest whole number: 125

Based on the given grid of 5 cells, each number decreases in the tenths place by 2 as you move from left to right. This means that the missing decimal will also decrease by 2 in the tenths place.

To find the missing decimal in the grid, we can observe the pattern in the given numbers.

Looking at the numbers from left to right, we see that the whole number stays the same. However, there is a specific trend in the tenths and hundredths places.

In the first grid, we notice that the tenths digit decreases by 2 as we move from left to right. The first number is 4.88, the second is 4.86, the third is 4.84, and so on. This pattern tells us that the tenths digit decreases by 2 for each consecutive cell.

Next, we observe the trend in the hundredths place. We can see that the hundredths digit also decreases by 1 as we move from left to right. The first number is 4.88, the second is 4.86, the third is 4.84, and so on. In each consecutive cell, the hundredths digit decreases by 1.

Based on this pattern, we can make an accurate prediction for the missing decimal in the grid. Since we are moving left to right, we can expect the whole number to stay the same. Following the pattern we observed, the tenths digit should decrease by 2, and the hundredths digit should decrease by 1 for the missing decimal.

Therefore, the missing decimal in the grid is likely to be 4.80.