Question

57,900,000
Venus 108,200,000
Earth 149,600,000
Mars 900,000
Jupiter 778,600,000
Saturn 1,433,500,000
Uranus 2,872,500,000
Neptune 4,495,100,00
Scientific notation

Answer 1

57,900,000
Venus 108,200,000
Earth 149,600,000
Mars 227,900,000
Jupiter 778,600,000
Saturn 1,433,500,000
Uranus 2,872,500,000
Neptune 4,495,100,00
Scientific notation

Answer 2

Shortest distance to lingest

Answer 3

subtract them explain

Answer 4

divide the distance from Saturn and from earth

Answer 5

Divide 1.4335 x 10^9 by 1.496 x 10^8

Answer 6

5.79 x 10^7
1.082 x 10^8
1.496 x 10^8
9 x 10^5
7.786 x 10^8
1.4335 x 10^9
2.8725 x 10^9
4.4951 x 10^9

Answer 7

5.79 x 10^7
1.082 x 10^8
1.496 x 10^8
2.279 x 10^8
7.786 x 10^8
1.4335 x 10^9
2.8725 x 10^9
4.4951 x 10^9

Answer 8

Shortest: Mars - 227,900,000 km
Longest: Neptune - 4,495,100,000 km

Answer 9

To find the difference between the shortest distance (Mars) and longest distance (Neptune), we subtract the value of the shortest distance (227,900,000 km) from the longest distance (4,495,100,000 km).

4,495,100,000 km - 227,900,000 km = 4,267,200,000 km

Therefore, the difference between the shortest and longest distances is 4,267,200,000 kilometers.

Answer 10

To find the ratio between the distance from Saturn and the distance from Earth, we divide the value of the distance from Saturn (1,433,500,000 km) by the value of the distance from Earth (149,600,000 km).

1,433,500,000 km / 149,600,000 km

This gives us a ratio of approximately 9.57.

Therefore, the distance from Saturn is roughly 9.57 times the distance from Earth.

Answer 11

To divide the two numbers written in scientific notation, we divide the coefficients (the numbers before the "x 10^") and subtract the exponents:

(1.4335 x 10^9) / (1.496 x 10^8)

The coefficient division gives us 1.4335 / 1.496, which is approximately 0.9567.

The exponent subtraction gives us (10^9) / (10^8), which simplifies to 10^(9-8) or 10^1.

Therefore, the result is approximately 0.9567 x 10^1, or 9.567 in standard decimal notation.