Chanel
For all problems, assume that air resistance is negligible, and that the Earth's acceleration due to gravity is \(10\ m/s^2\). Remember that the base unit of mass is the kilogram. This resource may be helpful for solving the problems.

Amy is piloting a spaceship in a straight line. The ship has a total mass of \(I\). If the ship maintains a constant momentum of 30 teragram metres per second while cruising, how far does it travel in 100 kiloseconds?

Ben is in a space station orbiting the Earth at a constant distance of \(1\times10^{3}\ A\) from the Earth's centre. The space station has an angular velocity of 2 milliradians per second. How much distance does it cover in a time of 1 ronnasecond?

Chanel is a ghost. Chanel has a mass of 1 rontogram. If she accelerated by receiving a force of 2 micronewtons in some direction, how long would it take her to reach a speed of \(1\times10^{27}\ B\) per second from a stop?

Daniel boarded a private jet with a total mass of 10 megagrams. The plane takes off from the Earth’s surface, and ascends with a steady rate of climb of 10 metres per second. How much gravitational potential energy does the plane have \(1\times10^{24}\ C\) after leaving the ground?

Evelyn's battery can supply \(D\) of electrical energy over 25 teraseconds, and she uses it to power a circuit. If this results in a current of 100 amperes coursing through the circuit, what is its total resistance?

Fred invented a semiconductor material with a resistivity of 4 ohmmetres. If the crosssection of a wire made of said semiconductor is a rectangle measuring 1 by 3 micrometres, how long would a wire need to be to have a resistance of \(1\times10^{15}\ E\)?

Grace bought a laser pointer that emits electromagnetic radiation with a wavelength of \(1\times10^5\ F\). If the speed of light is exactly 300 megametres per second, what is the frequency of the waves?

Hilary plays the world's smallest violin, which has a single string that is tuned to a pitch with a fundamental frequency of \(G\). The string has a length of 5 micrometres from nut to bridge and a linear density of 40 kilograms per metre. What is its tension?

Ian is launching a rocket from the Earth's surface with a thrust of \(3\times10^{8}\ H\). The rocket’s net upward acceleration at liftoff is 30 metres per second squared (after taking the Earth’s gravity into account). What is its wet mass? (Express this answer in grams)

Amy is piloting a spaceship in a straight line. The ship has a total mass of I. If the ship maintains a constant momentum of 30 teragram metres per second while cruising, how far does it travel in 100 kiloseconds?

Ben is in a space station orbiting the Earth at a constant distance of 1·10^3·A from the Earth's centre. The space station has an angular velocity of 2 milliradians per second. How much distance does it cover in a time of 1 ronnasecond?

Chanel is a ghost. Chanel has a mass of 1 rontogram. If she accelerated by receiving a force of 2 micronewtons in some direction, how long would it take her to reach a speed of 1·10^27·B per second from a stop?

Daniel boarded a private jet with a total mass of 10 megagrams. The plane takes off from the Earth’s surface, and ascends with a steady rate of climb of 10 metres per second. How much gravitational potential energy does the plane have 1·10^24·C after leaving the ground?

Evelyn's battery can supply D of electrical energy over 25 teraseconds, and she uses it to power a circuit. If this results in a current of 100 amperes coursing through the circuit, what is its total resistance?

Fred invented a semiconductor material with a resistivity of 4 ohmmetres. If the crosssection of a wire made of said semiconductor is a rectangle measuring 1 by 3 micrometres, how long would a wire need to be to have a resistance of 1·10^15·E?

Grace bought a laser pointer that emits electromagnetic radiation with a wavelength of 1·10^5·F. If the speed of light is exactly 300 megametres per second, what is the frequency of the waves?

Hilary plays the world's smallest violin, which has a single string that is tuned to a pitch with a fundamental frequency of G. The string has a length of 5 micrometres from nut to bridge and a linear density of 40 kilograms per metre. What is its tension?

Ian is launching a rocket from the Earth's surface with a thrust of 3·10^8·H. The rocket’s net upward acceleration at liftoff is 30 metres per second squared (after taking the Earth’s gravity into account). What is its wet mass? (Express this answer in grams)