How many minutes would it take to travel a distance of 7000 meters if you are traveling at a speech of 60 meters per second? Use the formula distance = speed x time. In lecture, we were given the formula V= λ/T. Sometimes we have to manipulate this formula to answer the question we are being asked. 4a. How do we manipulate the formula V= λ/T if we are given a problem where we need to find T? 4b. How do we manipulate the formula V= λ/T if we are given a problem where we need to find λ?

How many minutes would it take to travel a distance of 7000 meters if you are traveling at a speech of 60 meters per second? Use the formula distance = speed x time. In lecture, we were given the formula V= λ/T. Sometimes we have to manipulate this formula to answer the question we are being asked. 4a. How do we manipulate the formula V= λ/T if we are given a problem where we need to find T? 4b. How do we manipulate the formula V= λ/T if we are given a problem where we need to find λ?

Name: How many minutes would it take to travel a distance of 7000 meters if
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: How many minutes would it take to travel a distance of 7000 meters if you are traveling at a speech of 60 meters per second? Use the formula distance = speed x time. In lecture, we were given the formula V= λ/T. Sometimes we have to manipulate

Foundations of Astronomy (MindTap Course List)

14th Edition

ISBN:9781337399920

Author:Michael A. Seeds, Dana Backman

Publisher:Michael A. Seeds, Dana Backman

Chapter17: Modern Cosmology

Section: Chapter Questions

Problem 32RQ: Reasoning by analogy often helps make complicated systems or abstract ideas easier to understand....

See similar textbooks

Similar questions

The speed of light is approximately 3×10⁸ meters per second. If it takes 5×10² seconds for light to travel from the sun to the earth, what is the distance between the sun and the earth? Questions: 1. How did you solve the given problem 2. What concepts have you applied? 3. How did you apply your knowledge of the laws of integral exponents in answering the given problem?
1. Voyager rocket is traveling between Earth and Jupiter (distance 8.013x1010 m). If Voyager probe was thousand times faster and had a speed of v=17x106 m/s=0.057c calculate the Earth-Jupiter distance that instruments aboard measure. a. What is the time of Voyager's trip measured by instruments onboard? Write your answer in seconds rounded to a whole number (for example 1234 s). _______________ b. What is the time of the trip measured by NASA on Earth? 2. An asteroid is traveling from asteroid belt to Earth with a speed of 0.6 c. To save the Earth, group of brave men set an explosive device to explode in 138 minutes. When will the group of scientists that monitor asteroid on Earth see the explosion (if everything goes right
3. Cyclist A travelled 60 kilometers while Cyclist B reached as far as 180,446 feet. a. Who travelled the farthest? b. What is the difference between their end points? 4. Electricity travels at about the speed of light, 186,000 miles per second. How many meters it can travel every minute? 5. Per hour, a 30-kW diesel generator consumes 8.80 gallons of fuel. If the generator was turned on for 150 minutes, how many cubic meters of diesel is needed? 6. Juan exerts 75 kg of force to push a box. How much force in Newton did he apply? 7. 75N is equal to how much lb force? 8. Convert 1107 ft-lb into kJ.
The Hypersonic Technology Vehicle 2 (HTV-2) is an experimental rocket vehicle capable of traveling at 5910 m/s. Write your answer to 3 sig fig. If an electronic clock in the HTV-2 measures a time interval of exactly 8-s duration, what would be the extra time measured on Earth? _____Seconds Please show full wrok! Thank you!
Hi, please show full solutions and also explain how you get the answers in physics term so it's understandable. The correct final answers are written beside too. This is one whole question to be answered. I can't post it separately since it's related. Thank you. 2. An astronaut in a spacecraft leaves Earth at a speed of 0.90c and travels 27 light-years away, both measured by an Earth-based observer. Hint: One light-year is the distance light travels in one year. a) How long will the journey take in years, as measured by the Earth-based observer? (30 years)b) How many years will have passed for the astronaut during the journey? (13 years)c) What distance will the astronaut measure the journey to be? (12 ly or 1.1 x 1017 m)
Please answer the question in the photo, and don't forget to write a readable and clear solution and step by step because I want to learn it also thank you. The subject is general physics 2 length contraction :)) thank you
The Empire Strikes Back The starships of the Solar Federation are marked with the symbol of the Federation, a circle, whereas starships of the Denebian Empire are marked with the Empire's symbol, an ellipse whose major axis is nnn times its minor axis (a=nb) in the figure (Figure 1). Part A: How fast, relative to an observer, does an Empire ship have to travel for its markings to be confused with those of a Federation ship? Use c for the speed of light in a vacuum. *Express answer in terms of n and c.
Hi so here is a question we have and here is the answer for it, i understand everything up until the circled part i am really stuck there so if you could just use alot of words when you explain it because our professor just puts the equation in without explaining it so please explain it as much as you can because i really dont understand it i would really appreciate it. Thank you
Can someone please explain how we get to the final answer here??? Question: How far does the runner travel during the 3s? Here is the equation I should be using** s = ut + 1/2 (3m/s2)(3s)2 Which is apparently 13.5M Can someone show me how the calculations are done??? TEXTBOOK INFO: Inquiry into Physics Eighth Edition V., Ostdiek & D.,Bord Thanks in Advance!
Reasoning by analogy often helps make complicated systems or abstract ideas easier to understand. Why do you have to be careful when using analogies?
Can classical physics be used to accurately describe a satellite moving at a speed of 7500 m/s? Explain why or why not.
Hi did I get the answer correct for question 1) ? If not what is the correct answer?