Title: question 3
Course: Physics copy 1

Q: Ryan fires a piano from a cannon with a muzzle velocity ($$v_o$$) of 12 m/s at an angle of 40 degrees. It will be 1.574 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 14 (± 1)

Q: Ariel fires a buick from a cannon with a muzzle velocity ($$v_o$$) of 22 m/s at an angle of 10 degrees. It will be 0.78 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 17 (± 1)

Q: Micah fires a football from a cannon with a muzzle velocity ($$v_o$$) of 22 m/s at an angle of 30 degrees. It will be 2.245 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 43 (± 1)

Q: Christopher fires a bowling ball from a cannon with a muzzle velocity ($$v_o$$) of 18 m/s at an angle of 80 degrees. It will be 3.618 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 11 (± 1)

Q: Samantha fires a bowling ball from a cannon with a muzzle velocity ($$v_o$$) of 10 m/s at an angle of 40 degrees. It will be 1.312 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 10 (± 1)

Q: kate fires a piano from a cannon with a muzzle velocity ($$v_o$$) of 26 m/s at an angle of 10 degrees. It will be 0.921 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 24 (± 1)

Q: Brittany fires a bowling ball from a cannon with a muzzle velocity ($$v_o$$) of 26 m/s at an angle of 60 degrees. It will be 4.595 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 60 (± 1)

Q: David fires a buick from a cannon with a muzzle velocity ($$v_o$$) of 16 m/s at an angle of 80 degrees. It will be 3.216 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 8.9 (± 0.1)

Q: Jamie fires a adult human from a cannon with a muzzle velocity ($$v_o$$) of 22 m/s at an angle of 20 degrees. It will be 1.536 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 32 (± 1)

Q: Nicholas fires a adult human from a cannon with a muzzle velocity ($$v_o$$) of 26 m/s at an angle of 40 degrees. It will be 3.411 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 68 (± 1)

Q: Christopher fires a adult human from a cannon with a muzzle velocity ($$v_o$$) of 28 m/s at an angle of 60 degrees. It will be 4.949 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 69 (± 1)

Q: Micah fires a piano from a cannon with a muzzle velocity ($$v_o$$) of 30 m/s at an angle of 30 degrees. It will be 3.061 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 80 (± 1)

Q: kate fires a adult human from a cannon with a muzzle velocity ($$v_o$$) of 18 m/s at an angle of 60 degrees. It will be 3.181 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 29 (± 1)

Q: Bryn fires a pumpkin from a cannon with a muzzle velocity ($$v_o$$) of 30 m/s at an angle of 20 degrees. It will be 2.094 s before it hits the ground. Knowing how to calculate the $$v_{ox}$$, it will land _____ m away.(Enter your answer correct to 2 sig digs) | [Image: projectile]
A: 59 (± 1)