NBT.5 Practice

The value of the 6 in 26.495 is ___ the value of the 6 in 17.64.

• 10 times

• $\frac{1}{10}$ times

• 100 times

• $\frac{1}{100}$ times

Which statement is true?

• The value of the 7 in 0.75 is 1/10 the value of the 7 in 0.075.

• The value of the 7 in 7.5 is 1/100 the value of the 7 in 0.75.

• The value of the 7 in 75 is 10 times the value of the 7 in 7.5.

• The value of the 7 in 750 is 100 times the value of the 7 in 75.

If the 9 were moved two places to the left, which statement describes the relationship between the present value of 9 and the new value of 9?

7,869

• The new value would be 100 times the present value.

• The new value would be 10 times the present value.

• The new value would be 1/10 times the present value.

• The new value would be 1/100 times the present value.

When I divide, my answer will ___________.

• Increase (bigger) 
• Decrease (smaller)

In which number is the digit 7 worth one tenth of its value in the number 0.731?

• 0.700
• 7.31
• 3.107
• 3.173

I ________ by ten, when moving from the right to the left on a place value chart.

• divide
• multiply

Select the two correct equations.

• 35.9 $\times\frac{1}{10}$ = 3.59

• $35.9\ \times\ 10\ =\ 3.59$

• $35.9\ \times\ 100\ =\ 359$

• $35.9\ \times\ \frac{1}{10}\ =\ 359$

• $35.9\ \times\frac{1}{100}\ =\ 0.359$

The population of a city was 3,496,642 last year. Which statement about this population is true?

• The digit 6 in the thousands place has a value 10 times the digit 6 in the hundreds place.
• The digit 6 in the thousands place has a value 60 times the digit 6 in the hundreds place.
• The digit 6 in the hundreds place has a value 10 times the digit 6 in the thousands place.
• The digit 6 in the hundreds place has a value 60 times the digit 6 in the thousands place.

6.3 ÷ 100 =

• 6.3
• 63
• 0.63
• 0.063

7.129 × 100 = 

• 712.9
• 71.29
• 0.7129
• 0.07129