sade567 sade567

03-10-2022
Physics

Answered

The Black Marlin is the fastest fish in the ocean reaching speeds of 129 km/hr. The Sailfish is the
second fastest fish is the Sailfish with a top speed of 110 km/hr. Both of these fish can be found in the
Indian and Pacific Oceans. If they were to race from the coast of India to Australia, a distance of 7.802 x
106 m, assuming they could keep their constant top speed the entire way, how long (in seconds) would
the Marlin have to wait in Australia for the sailfish to arrive?

Answer :

Other Questions

1. MAINIDEA Why are concepts in physics described with formulas?2. SI Units What is one advantage to using SI Units in science?3. Dimensional Analysis How

The average mean distance of Earth from the sun is 149.6 x 106 km and the period of Earth is 1.0 year. The average mean distance of Saturn from the sun is 1427

You are the first human to have the opportunity to orbit a new planet, and you want to calculate the acceleration due to the gravity of the planet. While you ho

Prompt Read over all of the instructions before you begin. When you are ready click on the link: https://phet.colorado.edu/sims/html/forces-and-motion-basics/la

I will give brainliestTemperature Conversions pt1Complete the folloeing temperature conversions. Be sure to show your work, as you can recieve partial credit.1.

Hobbyists build a compressed air powered cannon which is able to launch a pumpkin a horizontal distance of 2000 ft. assuming no air resistance, and assuming the

A satellite is orbiting Earth in an approximately circular path. It completes one revolution each day (86,400 seconds). Its orbital distance is 22,500 kilometer

2. A bird is located 11.6 meters from the base of a tree flies to the top of the tree at 41° angle. What is the approximate height of the tree? 11.6m a. 13.3 me

An aircraft sets a course northeast with a speed of 150 kmh-1. There is a wind of 40 kmh-1 from the west. Find the resultant velocity of the aircraft (the actua

The attractive force between two (2) objects depends on their masses and the distance between them. This describes ______________ . The Law of Conservation of M