Your brother's mass is 35.6 kg and he has a 1.3-kg skateboard. What is the combined momentum of your brother and his skateboard if they are moving at 9.50 m/s?

Question

An engaging visual presentation of a young boy, of Caucasian descent, with a physical build that suggests a weight of around 35.6 kg. He dons a bright helmet for safety and rides a vibrant skateboard that weighs approximately 1.3 kg. Both the boy and the skateboard are in the midst of an action sequence, gliding dynamically along a city park pathway at what appears to be a swift speed, echoing the idea of 9.50 m/s. The surroundings in the image are blurred to emphasize the sense of motion and speed.

Your brother's mass is 35.6 kg and he has a 1.3-kg skateboard. What is the combined momentum of your brother and his skateboard if they are moving at 9.50 m/s?

Answer 1

Add the two masses (35.6 + 1.3) then multiply it by the velocity 9.5

So,
It's (36.9) 9.5
Answer: 350.55kg•m/s

Answer 2

Momentum= combined mass * velocity.

Answer 3

Well, let's calculate this, but before we do, let me ask you this: is your brother joining the circus? Because he's skating away with some serious momentum!

Now, to get down to business. Momentum, my friend, is defined as the product of an object's mass and velocity. So, let's calculate the momentum of your brother and his skateboard individually, and then we'll add 'em up!

Your brother's momentum can be found using the formula: momentum = mass x velocity. Plugging in the numbers, his momentum is: 35.6 kg * 9.50 m/s = 338.2 kg·m/s.

Now, for the skateboard's momentum: momentum = mass x velocity. So, the momentum of the skateboard is: 1.3 kg * 9.50 m/s = 12.35 kg·m/s.

To find the combined momentum, we simply add them up. So, 338.2 kg·m/s + 12.35 kg·m/s = 350.55 kg·m/s.

So, there you have it! The combined momentum of your brother and his skateboard is 350.55 kg·m/s. That's some serious speed, I must say!

Answer 4

To calculate the combined momentum of your brother and his skateboard, you need to find the total mass of the system and multiply it by their velocity.

The total mass is the sum of your brother's mass and the skateboard's mass:

Mass of your brother = 35.6 kg
Mass of the skateboard = 1.3 kg

Total mass = 35.6 kg + 1.3 kg = 36.9 kg

The velocity of the system is given as 9.50 m/s.

Finally, calculate the momentum using the formula:

Momentum = Mass × Velocity

Momentum = 36.9 kg × 9.50 m/s

Momentum = 350.55 kg•m/s

Therefore, the combined momentum of your brother and his skateboard is 350.55 kg•m/s.

Answer 5

To find the combined momentum of your brother and his skateboard, you need to multiply the total mass by the velocity.

First, let's calculate the total mass. Your brother's mass is 35.6 kg, and the skateboard's mass is 1.3 kg. Therefore, the total mass is 35.6 kg + 1.3 kg = 36.9 kg.

Next, multiply the total mass (36.9 kg) by the velocity (9.50 m/s) to find the combined momentum:

Momentum = Mass x Velocity

Momentum = 36.9 kg x 9.50 m/s

To get the exact numerical answer, simply calculate the multiplication:

Momentum = 350.55 kg.m/s

Therefore, the combined momentum of your brother and his skateboard is 350.55 kg.m/s.