To find the time it will take for the asteroid to reach Mars, we need to divide the distance to Mars by the speed of Ashford:
Time = Distance / Speed
Time = (3.311 * 10^8 miles) / (7.7 * 10^4 mi./hr)
When dividing numbers written in scientific notation, we subtract the exponents:
Time = 3.311 * 10^(8-4) / 7.7
Time = 3.311 * 10^4 / 7.7
Now, dividing the numerical values:
Time = 429.7402
We can express this answer in scientific notation:
Time = 4.297402 * 10^2 hours
Therefore, it will take approximately 4.297402 * 10^2 hours for the asteroid to hit Mars.
In Ashford is heading towards Mars at a rate of 7.7 * 10 ⁴ mi./hr. If the asteroid is 3.311 * 10 ⁸ miles away from Mars how many hours will it be before it hits Mars right to answer and scientific notation expressed to the exact decimal place
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