A projectile is fired horizontally from a gun that is 45.0 m above flat ground, it emerges from the gun with a speed of 500 m/s. (take, g = −10 m/s^2). Column - I Column - II (i) Time of flight of Projectile in s (x) 3 (ii) Horizontal distance covered by projectile in m (y) 30 (iii) Magnitude of vertical component of velocity in m/s as it strikes ground (z) 1500 (i) - (x); (ii) - (z); (iii) - (y) (i) - (y); (ii) - (x); (iii) - (z) (i) - (x); (ii) - (y); (iii) - (z) (i) - (z); (ii) - (x); (iii) - (y)

bandel2m5

bandel2m5

Answered question

2023-01-12

A projectile is fired horizontally from a gun that is 45.0 m above flat ground, it emerges from the gun with a speed of 500 m/s. (take, g = −10 m/s^2). Column - I Column - II (i) Time of flight of Projectile in s (x) 3 (ii) Horizontal distance covered by projectile in m (y) 30 (iii) Magnitude of vertical component of velocity in m/s as it strikes ground (z) 1500
(i) - (x); (ii) - (z); (iii) - (y)
(i) - (y); (ii) - (x); (iii) - (z)
(i) - (x); (ii) - (y); (iii) - (z)
(i) - (z); (ii) - (x); (iii) - (y)

Answer & Explanation

kwabenzafvf

kwabenzafvf

Beginner2023-01-13Added 11 answers

Answer is (i) - (x); (ii) - (z); (iii) - (y)

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