A)How would horizontal range change if the muzzle velocity was doubled? B)How wo

Question

A)How would horizontal range change if the muzzle velocity was doubled? B)How would horizontal range change if the mass of the ball was doubled?
C) Which variables affect the time of flight?
D) How would time of flight change if the muzzle velocity is doubled?
E)How would the time of flight change if the height from the ground was quadrupled?

A)How would horizontal range change if the muzzle velocity was doubled? B)How would horizontal range change if the mass of the ball was doubled?
C) Which variables affect the time of flight?
D) How would time of flight change if the muzzle velocity is doubled?
E)How would the time of flight change if the height from the ground was quadrupled?

B)How would horizontal range change if the mass of the ball was doubled?
C) Which variables affect the time of flight?
D) How would time of flight change if the muzzle velocity is doubled?
E)How would the time of flight change if the height from the ground was quadrupled?

Explanation / Answer

A) horizontal Range R = u^2*sin(2*theta)/g

if u is doubled

R increases by 4 times

B) if mass is doubled

R not changes

C) T = 2*u*sin(theta)/g

muzzle speed and and angle between horizontal axis and speed of the body will affect the time of flight

D) doubles

E) No change in time of flight

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.