Grade 10 Forces & equilibrium worksheet in three levels
The same 20-question worksheet on forces & equilibrium in Support, Core and Challenge versions. Question by question, each version keeps the topic and changes the difficulty.
Easier questions on the same topics, for students who need more practice with the basics.
Questions
20 (20 medium)
Grade range
Grades 6 to 11
Topics
Forces & equilibrium
Sample questions
A mass of 52 kg is in a model gravitational field of 10 N/kg. Find its weight. Round to 3 decimal places if needed. Answer in N.
On a weightless balanced beam, 44 N acts 4 m left of the pivot. What downward force at 4 m right balances it? Forces are perpendicular to the beam. Round to 3 decimal places if needed. Answer in N.
On a weightless balanced beam, 76 N acts 6 m left of the pivot. What downward force at 7 m right balances it? Forces are perpendicular to the beam. Round to 3 decimal places if needed. Answer in N.
Core
Questions at the expected level for the grade.
Questions
20 (20 medium)
Grade range
Grades 6 to 11
Topics
Forces & equilibrium
Sample questions
On a weightless balanced beam, 40 N acts 3 m left of the pivot. What downward force at 1 m right balances it? Forces are perpendicular to the beam. Round to 3 decimal places if needed. Answer in N.
A mass of 25 kg is in a model gravitational field of 3.7 N/kg. Find its weight. Round to 3 decimal places if needed. Answer in N.
A mass of 11 kg is in a model gravitational field of 1.6 N/kg. Find its weight. Round to 3 decimal places if needed. Answer in N.
Challenge
Harder questions on the same topics, for students who are ready to stretch.
Questions
20 (20 challenge)
Grade range
Grades 9 to 12
Topics
Forces & equilibrium
Sample questions
An ideal spring obeys F = kx with k = 600 N/m. A force of 43 N is applied within its linear range. Find its extension. Round to 3 decimal places if needed. Answer in m.
Two perpendicular forces of 128 N and 240 N act on a point. Find the magnitude of their resultant. Round to 3 decimal places if needed. Answer in N.
A crate on a frictionless surface has two horizontal forces on it: 100 N toward the east and 85 N toward the west. (Vertical forces balance.) What is the size of the net force on the crate?
Using the three versions
Start everyone with the same short explanation, then hand out Support, Core or Challenge.
Question numbers line up across the versions, so you can go through the answers with the whole class.
The PDF has a cover page and each version on its own pages; the answer keys PDF has all three keys.