Questions: [OCR content] Surveying the Solar System: Page 2 of 32 2003UB313 TNO 120132

[OCR content] Surveying the Solar System: Page 2 of 32 2003UB313 TNO 120132
Transcript text: [OCR content] Surveying the Solar System: Page 2 of 32 2003_UB313 TNO 120132
failed

Solution

failed
failed

Solution Steps

Step 1: Find the time difference for 2003 QZ30

The first observation time is 2019-02-16 00:48:49.

The second observation time is not given within the presented material. Therefore, a numerical time difference cannot be calculated.

Step 2: Find the time difference for TNO 120132

The first observation time is 2019-05-01 00:52:46.

The second observation time is not given. Therefore, a numerical time difference cannot be calculated.

Step 3: Determine if the times are approximately the same

Since neither time difference can be calculated, it is not possible to determine if the times are approximately the same.

Final Answer

It is impossible to answer the given question with the information provided. More data is needed.

Was this solution helpful?
failed
Unhelpful
failed
Helpful

Questions asked by other users

failedAnswered
Which ordered pairs are on the line with equation (y-0.75=1.25(x-3))? Select each correct answer. ((4,2)) ((1,1.75)) ((7,5.5)) ((-4,-8))
failedAnswered
Question 7 Which of the following transport mechanisms requires energy Osmosis Antiports Diffusion Facilitated diffusion
failedAnswered
In the term "arthroscope", the suffix, "scope" refers to: Select one: a. Scop/e - instrument used to look. b. Thosc/o - chest. c. Scop/e-vessel. d. Arthr/o-vessel. e. Arthr/o- joint.
failedAnswered
Multiple Choice Question By ignoring the value of leisure time, how does national income accounting affect our well-being? It overstates our well-being: It accurately states our well-being. It understates our well-being. It has no effect on well-being.
failedAnswered
For a process such as this to be "in statistical control," only random patterns of points should appear on the control chart. The process is "not in statistical control" when any non-random patterns appear on the chart. Three commonly used tests or rules for signaling that a process may not be in statistical control are: - Rule 1: One or more points fall outside one of the chart's control limits - Rule 2: Nine points in a row are on the same side of the chart's centerline - Rule 3: Six points in a row are increasing (or decreasing). Using these three rules, identify which (if any) of the rules gives an "out of control" signal, and indicate the subgroup number at which the signal is first given.