If you have any questions as you review or the final, please post them here. Posting guidelines Please be polite. If you see a previous post similar to your question, feel free to “Like” that post, or add a response to it asking for further explanations. If you are still…Read More

Today you will use a force sensor and a stopper on a string to determine the relationship between the speed of the stopper and the force required to keep it in a circle. We will set the independent variable as the speed (it is hard to keep the same speed…Read More

We have mostly discussed forces as changing the magnitude of the velocity of an object. In this unit, we will examine and quantify the relationship between forces and a change in direction. The relationship between force, mass, and acceleration has been modeled mathematically as: a = Fnet/m When the value…Read More

Today’s test covers what we have been reviewing this week: Forces!

Here is a word bank for today’s crossword puzzle Applied Balanced Buoyant Conductor Controlled Convection Convergent Core Density Dependent Distance Divergent Drag Elastic Electrical Energy Friction Furthest Gravity Horizontal Independent Insulator Interaction Kinetic Largest Learnphysics Loop Lower Magnetic Mantle Mass More Net Newton Normal Perpendicular Shell Smallest Static Strength Tension…Read More

If you have any questions as you review or the final, please post them here. Posting guidelines Please be polite. If you see a previous post similar to your question, feel free to “Like” that post, or add a response to it asking for further explanations. If you are still…Read More

Today you will use a force sensor and a stopper on a string to determine the relationship between the speed of the stopper and the force required to keep it in a circle. We will set the independent variable as the speed (it is hard to keep the same speed…Read More

We have mostly discussed forces as changing the magnitude of the velocity of an object. In this unit, we will examine and quantify the relationship between forces and a change in direction. The relationship between force, mass, and acceleration has been modeled mathematically as: a = Fnet/m When the value…Read More

Today’s test covers what we have been reviewing this week: Forces!

Here is a word bank for today’s crossword puzzle Applied Balanced Buoyant Conductor Controlled Convection Convergent Core Density Dependent Distance Divergent Drag Elastic Electrical Energy Friction Furthest Gravity Horizontal Independent Insulator Interaction Kinetic Largest Learnphysics Loop Lower Magnetic Mantle Mass More Net Newton Normal Perpendicular Shell Smallest Static Strength Tension…Read More