The top speed of a Rocket Sled is 10,326 kilometers per hours. Is this faster or slower than the Autonomous Drone?

Question

For full credit:
1) In full sentences, describe the steps you took to convert the Rocket Sled's speed into scientific notation.
2) You must include the correct Scientific Notation for the Rocket Sled to earn full points.)
3) Compare the speed to the Autonomous Drone. Explain how you know it is faster or slower.

Answer 1

To determine whether the Rocket Sled's speed of 10,326 kilometers per hour is faster or slower than that of the Autonomous Drone, I first needed to convert the speed of the Rocket Sled into scientific notation.

1. The steps I took to convert the Rocket Sled's speed into scientific notation involved identifying the significant figures and locating the decimal point. I began with the number 10,326. I moved the decimal point 4 places to the left to make the number between 1 and 10. This gave me 1.0326. Since I moved the decimal point 4 places, I multiplied by 10 raised to the power of 4. Therefore, the speed of the Rocket Sled in scientific notation is expressed as 1.0326 × 10^4 kilometers per hour.

2. The correct scientific notation for the Rocket Sled is 1.0326 × 10^4 kilometers per hour.

3. To compare the speed of the Rocket Sled with that of the Autonomous Drone, I would need to know the speed of the Drone. For example, if the Autonomous Drone travels at a speed of 1,000 kilometers per hour, I can compare the two. The Rocket Sled at 1.0326 × 10^4 kilometers per hour (or 10,326 km/h) is significantly faster than 1,000 km/h because it is approximately 10 times faster. By examining the numerical values, it is clear that 10,326 km/h is substantially greater than 1,000 km/h, which concludes that the Rocket Sled is indeed faster than the Autonomous Drone based on this comparison.

Answer 2

write in in sentences

Answer 3

To determine whether the Rocket Sled's speed of 10,326 kilometers per hour is faster or slower than that of the Autonomous Drone, I first needed to convert the speed of the Rocket Sled into scientific notation. I began by identifying the number, which is 10,326. Then, I moved the decimal point 4 places to the left to create a number between 1 and 10. This resulted in 1.0326. Since I moved the decimal point 4 places, I multiplied by 10 raised to the power of 4. Therefore, the speed of the Rocket Sled in scientific notation is expressed as 1.0326 × 10^4 kilometers per hour.

Now, to compare the speed of the Rocket Sled with that of the Autonomous Drone, I need to know the speed of the Drone. For instance, if the Autonomous Drone travels at a speed of 1,000 kilometers per hour, I can make a clear comparison. In this scenario, the Rocket Sled, measured at 1.0326 × 10^4 kilometers per hour, or 10,326 kilometers per hour, is significantly faster than the Autonomous Drone, which travels at 1,000 kilometers per hour. By examining these numerical values, it is evident that 10,326 kilometers per hour is much greater than 1,000 kilometers per hour. Thus, I can confidently conclude that the Rocket Sled is faster than the Autonomous Drone based on this comparison.

Answer 4

in 3 sentences

Answer 5

To determine the speed of the Rocket Sled in scientific notation, I converted 10,326 kilometers per hour by moving the decimal point four places to the left, resulting in 1.0326, which I then expressed as 1.0326 × 10^4 kilometers per hour. If the Autonomous Drone travels at a speed of 1,000 kilometers per hour, I can compare it to the Rocket Sled's speed, which is 10,326 kilometers per hour. Thus, since 10,326 kilometers per hour is significantly greater than 1,000 kilometers per hour, I conclude that the Rocket Sled is faster than the Autonomous Drone.