Solve the problem.A bullet is fired with a muzzle velocity of 1374 ft/sec from a gun aimed at an angle of 17° above the horizontal. Find the horizontal component of the velocity.
A. 1314 ft/sec
B. 420.1 ft/sec
C. -378.1 ft/sec
D. 401.7 ft/sec
Answer: A
You might also like to view...
Solve using addition/subtraction
Solve.Two particles, m1 and m2, collide in a head-on, one-dimensional, elastic collision. If the first particle had an initial speed of 1 m/sec and the second particle was initially at rest, then the final speeds of the two particles, v1 and v2 (in m/sec), are as follows: v1 = 
v2 = 
Express the difference between the final speeds (v1 - v2) as a single rational expression.
A. 
m/sec
B. 1 m/sec
C. 
m/sec
D. -1 m/sec
Find the indicated intercept(s) of the graph of the function.y-intercept of f(x) = 
A. 
B. (0, 4)
C. (0, 4)
D. 
Use front-end rounding to round each number. Then, add or subtract the rounded numbers to get an estimated answer. Finally, find the exact answer.estimate exact
A. Estimate: 5804; exact: 5496.87 B. Estimate: 5804; exact: 5496.77 C. Estimate: 5804; exact: 4496.87 D. Estimate: 5804; exact: 5486.77