The Expanded Notation of 3.075 = (3 x 100) .(0/101) + (7/102) + (5/103)
Expanded Notation of 0.316 = (0 x 100) . (3/101) + (1/102) + (6/103)
To write 2.5 million in expanded form, you would break down each digit's place value. In 2.5 million, the 2 is in the millions place, the 5 is in the hundred thousands place, and the 0s represent the thousands, hundreds, tens, and ones places. Therefore, 2.5 million in expanded form is 2,000,000 + 500,000.
1.83 = (0 x 100) . (1/101) + (8/102) + (3/103)
Expanded Notation of 3.107 = (3 x 100) . (1/101) + (0/102) + (7/103)
1357 is in expanded form. In scientific notation or standard form it would be 1.357 x 103.
The Expanded Notation of 3.075 = (3 x 100) .(0/101) + (7/102) + (5/103)
Expanded Notation of 0.316 = (0 x 100) . (3/101) + (1/102) + (6/103)
(1*103)+(8*102)+(4*100)
To write 2.5 million in expanded form, you would break down each digit's place value. In 2.5 million, the 2 is in the millions place, the 5 is in the hundred thousands place, and the 0s represent the thousands, hundreds, tens, and ones places. Therefore, 2.5 million in expanded form is 2,000,000 + 500,000.
Expanded Notation of 0.0003 = (0 x 100) . (0/101) + (0/102) + (0/103) + (3/104)
1.83 = (0 x 100) . (1/101) + (8/102) + (3/103)
Expanded Notation of 3.107 = (3 x 100) . (1/101) + (0/102) + (7/103)
Expanded Notation of 5,280 = (5 x 103) + (2 x 102) + (8 x 101) + (0 x 100).
Expanded Notation of 4.169 = (4 x 100) x (1/101) + (6/102) + (9/103). this is your answer
2.98 million or 2,980,000 = (2 x 106) + (9 x 105) + (8 x 104) + (0 x 103) + (0 x 102) + (0 x 101) + (0 x 100)
Expanded Notation of 1.808 = (1 x 100) . (8/101) + (0/102) + (8/103)