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Solving Projectile Motion

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Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

Create your own at Storyboard That

Hey Sophia!

You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.

Hi Dianna! Why did you called me?

Sure! I would love to help a friend. Let’s study at my house.

Thank you so much!

Can you read the question, written on the book?

A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²

You are such a genius! Now i get it. Thank you so much for helping me.

You’re welcome!

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Kuvakäsikirjoitus Teksti

  • Hey Sophia!
  • You we’re so good at solving projectile motion earlier in class. I just wondered if you could teach me how? I’m having a hard time understanding it.
  • Hi Dianna! Why did you called me?
  • Thank you so much!
  • Sure! I would love to help a friend. Let’s study at my house.
  • Can you read the question, written on the book?
  • A skater starts to move with constant acceleration. After 15 seconds, the velocity is now 25 m/s. Solve for its acceleration.
  • You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²
  • You’re welcome!
  • You are such a genius! Now i get it. Thank you so much for helping me.
  • You will solve it by following the GFSA rule: Given, Formula, Solution, and Answer. First, the given are: vI = 0, t = 15 s, and vf = 25 m/s. Second, the formula we will be using is vx-vIx/t so it will be 25 m/s - 0 / 15 s. 25 m/s minus 0 is still 25 m/s then divide it by 15 s. The answer will be 1.67 m/s²
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