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1. A bomber flies in on an approach at 75 m/s and an altitude of 1500 m. How far before the target must the payload be released in order to hit the target? (the bomb is a projectile) h 000000O ARTIE.COM

1. A bomber flies in on an approach at 75 m/s and an altitude of 1500 m. How far before the target must the payload be released in order to hit the target? (the bomb is a projectile) h 000000O ARTIE.COM

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Complete the following using the formula sheet provided:

Format of a Problem solving solution: Energy and Society "Given" Diagram Simple labeled sketch W = AE Eg = mv² Er1 = ET2 List Of |1. Formula (From Formula Sheet) W = Fd cos 0 Ep = mgAh Variables 2. Algebra 4E P = W Wo Efficiency x 100% E Efficiency × 100% Wi 3. Substitution 4. Solution Therefore Statement "answer the question" Kinematics Waves and Sound j2 = v,? + 2ãd v #суcles T = #суcles f = dr = d1 + d2 + d3+... dr = d, + d2 + d3+.. 3 = v, + åt v = f1 v = 331m/s + 0.59 T d = ö,t +åt? d = 6+v,); d = út - °C Relative Velocity: Electricity and Magnetism I = E V = : V = IR Dynamics Series: Rr = R, + R2 + RN F, = mg Fnet = må 1 1 + R2 1 1 Parallel: RT R1 RN FNet = F, + F, + F;t. Fk = Hx FN Constants = 9.8 m/s²[DOWN]
Transcribed Image Text:Format of a Problem solving solution: Energy and Society "Given" Diagram Simple labeled sketch W = AE Eg = mv² Er1 = ET2 List Of |1. Formula (From Formula Sheet) W = Fd cos 0 Ep = mgAh Variables 2. Algebra 4E P = W Wo Efficiency x 100% E Efficiency × 100% Wi 3. Substitution 4. Solution Therefore Statement "answer the question" Kinematics Waves and Sound j2 = v,? + 2ãd v #суcles T = #суcles f = dr = d1 + d2 + d3+... dr = d, + d2 + d3+.. 3 = v, + åt v = f1 v = 331m/s + 0.59 T d = ö,t +åt? d = 6+v,); d = út - °C Relative Velocity: Electricity and Magnetism I = E V = : V = IR Dynamics Series: Rr = R, + R2 + RN F, = mg Fnet = må 1 1 + R2 1 1 Parallel: RT R1 RN FNet = F, + F, + F;t. Fk = Hx FN Constants = 9.8 m/s²[DOWN]
Kinematics 1. A bomber flies in on an approach at 75 m/s and an altitude of 1500 m. How far before the target must the payload be released in order to hit the target? (the bomb is a projectile) h ARTIE.COM
Transcribed Image Text:Kinematics 1. A bomber flies in on an approach at 75 m/s and an altitude of 1500 m. How far before the target must the payload be released in order to hit the target? (the bomb is a projectile) h ARTIE.COM
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