Presentation is loading. Please wait.

Presentation is loading. Please wait.

Calculate the Mass of nitrogen gas produced from the decomposition of 1.25 g of Ammonium Nitrate.

Published byKatie Michaels Modified over 9 years ago

Similar presentations

Presentation on theme: "Calculate the Mass of nitrogen gas produced from the decomposition of 1.25 g of Ammonium Nitrate."— Presentation transcript:

1 Calculate the Mass of nitrogen gas produced from the decomposition of 1.25 g of Ammonium Nitrate

2 Calculate the Mass of oxygen gas produced from the decomposition of 1.25 g of Ammonium Nitrate

3 A 5,000 kg plane is travelling at 200m/s in a direction 30 degrees north of east. What is it’s momentum? What are the components of it’s velocity? What are the components of its momentum?

4 Come up with as many ways as you can to define the following terms: Momentum Impulse Isolated system Total Momentum Conservation of momentum

5 Momentum in Two Dimensions 5m/s 10kg Find the total momentum in the x direction Find the total momentum in the y direction Find the components of the total momentum If the objects stick together, what direction will they move? Free Response Quiz Tomorrow

6 5m/s 10kg Only the blue ball moves in the x, so p = 50kgm/s P in y direction is also 50kgm/s If the objects stick together, what direction will they move? Px = 50kgm/s Py = 50kgm/s Px = 50kgm/s

7 Momentum in Two Dimensions 5m/s 20kg 10kg Find the total momentum in the x direction Find the total momentum in the y direction Find the components of the total momentum If the objects stick together, what direction will they move?

8 5m/s 20kg 10kg Px = 100kgm/s Py = 50kgm/s (kgm/s) Px = 100kgm/s Py = 50kgm/s Px = 100kgm/s 63.4⁰

9 Momentum in Two Dimensions 5m/s 10kg Find the total momentum in the x direction Find the total momentum in the y direction Find the components of the total momentum If the objects stick together, what direction will they move? 30⁰

10 5m/s 10kg Find the total momentum in the x direction Find the total momentum in the y direction Find the components of the total momentum If the objects stick together, what direction will they move? 30⁰ 43.3 kgm/s 25kgm/s 75kgm/s 43.3 kgm/s 50kgm/s 86.6kgm/s 4.33 m/s 60⁰

11 5m/s 10m/s 10kg Find the total momentum in the x direction Find the total momentum in the y direction Find the components of the total momentum What are the components of the blue ball’s momentum? 37⁰ 53⁰ 8m/s

12 5m/s 10m/s 10kg Px = 50cos(37) – 100cos(53) Py = 50 sin(37) + 100sin(53) 37⁰ 53⁰ 8m/s For the Blue Ball Px = Py =

Download ppt "Calculate the Mass of nitrogen gas produced from the decomposition of 1.25 g of Ammonium Nitrate."

Similar presentations

Q 3 Revisited Why did the two different methods produce different results?

Q 3 Revisited Why did the two different methods produce different results?
Conservation of Momentum

Conservation of Momentum
Warm up. Physics Honors AB –Day 1/12/15-1/13/15 Momentum and Impulse.

Warm up. Physics Honors AB –Day 1/12/15-1/13/15 Momentum and Impulse.
Momentum and Energy in Collisions. A 2kg car moving at 10m/s strikes a 2kg car at rest. They stick together and move to the right at ___________m/s.

Momentum and Energy in Collisions. A 2kg car moving at 10m/s strikes a 2kg car at rest. They stick together and move to the right at ___________m/s.
Aim: What is the law of conservation of momentum? Do Now: A 20 kg object traveling at 20 m/s stops in 6 s. What is the change in momentum? Δp = mΔv Δp.

Aim: What is the law of conservation of momentum? Do Now: A 20 kg object traveling at 20 m/s stops in 6 s. What is the change in momentum? Δp = mΔv Δp.
Momentum.

Momentum.
Physics 218: Mechanics Instructor: Dr. Tatiana Erukhimova Lectures 27, 28.

Physics 218: Mechanics Instructor: Dr. Tatiana Erukhimova Lectures 27, 28.
1.4 MOMENTUM IN TWO DIMENSIONS. Momentum momentum of an object to be the product of mass (m) and velocity (v). Momentum is a vector quantity with SI Units.

1.4 MOMENTUM IN TWO DIMENSIONS. Momentum momentum of an object to be the product of mass (m) and velocity (v). Momentum is a vector quantity with SI Units.
Conservation of Momentum. Conserved Total momentum of a system before and after an interaction remains constant Momentum before = Momentum After Two balls.

Conservation of Momentum. Conserved Total momentum of a system before and after an interaction remains constant Momentum before = Momentum After Two balls.
Momentum and Impulse Review 1.The velocity of a moving mass is called? ans: momentum 2.Force applied in a period of time is called? ans: impulse 3. The.

Momentum and Impulse Review 1.The velocity of a moving mass is called? ans: momentum 2.Force applied in a period of time is called? ans: impulse 3. The.
Momentum  Momentum is what Newton called the “quantity of motion” of an object.

Momentum  Momentum is what Newton called the “quantity of motion” of an object.
Linear Momentum. 5-1 Linear Momentum Linear Momentum, p – defined as mass x velocity The unit is kg·m/s A quantity used in collisions So a small object.

Linear Momentum. 5-1 Linear Momentum Linear Momentum, p – defined as mass x velocity The unit is kg·m/s A quantity used in collisions So a small object.
Chapter 9 - Collisions Momentum and force Conservation of momentum

Chapter 9 - Collisions Momentum and force Conservation of momentum
We define the Momentum of an object as: Momentum = mass x velocity p = m v Momentum is measured in kg ms -1 Momentum is a vector quantity. (size and direction)

We define the Momentum of an object as: Momentum = mass x velocity p = m v Momentum is measured in kg ms -1 Momentum is a vector quantity. (size and direction)
Warm Up 1/30/08 1) A 40 kg child is rollerblading down a hill at 15 m/s. What is the momentum of the child? 2) A 20 N force acts on a 5 kg object for 4.

Warm Up 1/30/08 1) A 40 kg child is rollerblading down a hill at 15 m/s. What is the momentum of the child? 2) A 20 N force acts on a 5 kg object for 4.
Impulse and Momentum Dr P Ramalingam October 13, 2007.

Impulse and Momentum Dr P Ramalingam October 13, 2007.
Week.  Student will: Impulse and Momentum  Study Impulse and Momentum in one dimension.

Week.  Student will: Impulse and Momentum  Study Impulse and Momentum in one dimension.
Momentum. What is Momentum? Momentum – tendency of objects to keep going in the same direction with the same speed –Depends on mass and velocity –Has.

Momentum. What is Momentum? Momentum – tendency of objects to keep going in the same direction with the same speed –Depends on mass and velocity –Has.
Concept Summary. Momentum  Momentum is what Newton called the “quantity of motion” of an object.

Concept Summary. Momentum  Momentum is what Newton called the “quantity of motion” of an object.
Collisions. Review Momentum is a quantity of motion. p = mv A change in momentum is called impulse. Impulse =  p = m  v Impulses are caused by forces.

Collisions. Review Momentum is a quantity of motion. p = mv A change in momentum is called impulse. Impulse =  p = m  v Impulses are caused by forces.

Similar presentations

Ads by Google