IB1 Chapter 2 Noteguides (1)

hi can you also pls draw a picture/representation of the scenario described? thanks

Acceleration at tj = 0 V1 = 15.0 m/s %3D a =-2.0 m/s? at t, = 5.0 s V2 = 5.0 m/s %3D %3D Copyright2005 Peamon Prertoe Hal. Inc. A car with a velocity of 15.0 m/s at t1 = 0 sec experiences an acceleration of -2.0 m/s² . If, at t2 =5.0 s the car's velocity is 5.0 m/s, how far did the car travel during the time interval t1 and t2? Give your answer in meters.

Hi could I have some asistance with the following question, could you please explain step by step of how to solve it so I can understand how to work it out, if you cant do it step by step please dont answer, thank you in advance: Two cars are travelling on horizontal roads in straight lines, car A at 90 km-h-1 at N 10\deg E and car B at 60 km-h-1 at W 60\deg N.Determine, by scaled graphical method, the velocity of car A relative to car B.

• The lightest ship that’s subject to the mandatory reportingregulations, traveling at 5.0 knots, collides with a large stationaryadult right whale of maximum size. As sometimes happens, thewhale remains stuck on the prow of the ship after the collision.By how much does the speed of the ship change as a result of thecollision? Give your answer in knots.A. 0.95 B. 1.1 C. 2.5 D. 4.1

University Physics 1 - Motion in 2D & 3D (Projectile Motion)I need help with this problem and a very detailed explanation of the solutions described below:

Give and solve example 3 problems about "Relative Motion". Write full solution in each of the 3 problem example.

A projectile with a muzzle velocity of 550m/s is fired from a gun on top of a cliff 460m above sea level. If the projectile hits the ocean surface 49.200s after being fired, determine: a-the angle of elevation of the gun b-the range c- the highest point attained above the cliff do 460m h •Ocean Surface

When a man jumps out of a boat to the shore, the boat slightly moves away from the shore. a) True b) False

A gun fires a bullet horizontally from a height of 50.0 m above level ground. The bullet emerges from the gun with a speed of 350 ms-1 . a) Calculate the total time the bullet remains in the air b) Calculate the horizontal distance from the firing point that the bullet strikes the ground. c) Calculate the magnitude of the vertical component of the bullet’s velocity at the instant just before it strikes the ground.

Differential Equation  "Rectilinear motion And Escape Velocity " (TOPIC) Please Refer to the statement in the problem Relating VELOCITY and TIME, VELOCITY and Displacement and ACCELERATION of particle at t=2s which means it uses relation of formula to a=dv/dt, v=ds/dt and a=vdv/ds choose the right relation thankyou very much!

Angle A cannonball is fired from a gun with a muzzle velocity of 60 m/s at an angle of 35 degrees above the horizontal. What is the y-component of this velocity? m/s Submit Answer Tries 0/2

Adding Vectors Geometrically Two vectors a and be added geometrically by drawing them to a common scale and placing them head to tail. The vector connecting the tail of the first to the head of the second is the vector sum s. To subtract b from a, reverse the direction of b to get – b ; then add – b to á. Vector addition is commutative may -> (3-2) a %D

cdn.fbsbx.com Done 2 - DIMENSION SAMPLE PROBLEM #8 29 A long jumper leaves the ground at an angle of 20.0° above the horizontal and at a speed of 11.0 m/s a. How far does he jump in the horizontal direction? b. What is the maximum height reached?

A1 kilogram ball is dropped from the top of a building that is 180 meters high. What is the velocity of the ball after 3 seconds? Next • Previous

Q4) Referring to the following Fig Q4, by using Inverse kinematies geometric methods, find the equivalents for (81, 02 ) in terms of simplified equations as a function of end effector position (Xg and Ye) and links length? L2 Fig Q4: Two-link planar manipulator Yázen Hudhaifa Shakir Lecturer Assistant Theta Theta 1 L1

Give and solve example 3 problems about "Absolute Dependent Motion". Write full solution in each of the 3 problem example.

A bullet is fired from a gun mounted at an angle of  40o. The muzzle velocity is 300 m/s. Find the:  a)Vertical Velocity b)Horizontal Velocity  c)Maximum Height it will reach d)Total Time of Flight  e)Range       can you give me an answer with exact explanation

Physics I need help solving question number 1 please

Directions:Answer the following problems: 1.A car drives east at 40 m/s for 500 seconds, stops, turns around, then drives west at 50 m/s for 400 seconds and stops. What is the displacement of the car? What is the distance the car traveled? 2.An object move to the left from X1: 9 to X2: -3 find the distance and displacement. 3. What is the distance and displacement of the ball as it bounce back from the wall with 2m initial distance and 4m as final distance. 4.What is the distance and displacement of the bullet, shot in a can with a starting point of 5m to 10m end. 5. An object travels 80m east and then 160m south. What is the distance and displacement?

Please solve a question Quick I need this Answer at half time Quickly. Please

27 - Object A moves at 40 m / sec and body B moves in the same direction (east) and direction at 80 m / sec. What is the relative velocity in m / s if the observer is a body B?A) 120 m / sec WestB) 20 m / sec EastC) 40 m / sec EastD) 120 m / sec EastE) 40 m / sec West

Question # 2 can you show me how to solve Just a study guide so it's not graded

Figure 5m •200 a> Part A Determine the angle between BA and BC Suppose that a 32 m and 6-37 m Egure 1) Express your answer using three significant figures. VOAED Ivec Submit Provide feedback

Multiple Choice Question A drage covers a 400 en straight line course at constant acceleration starting from rest (0 ml s tal speed is 122.4 ms, what is its acceleration to three sigicat aga 0313² O 0304² O 0152² O sem

You throw a rock off of a cliff in the horizontal direction with a velocity, v. One second later you throw an identical rock with the same velocity, v, in the horizontal direction. What is true about the distance between the two rocks beginning after you throw the second one? a) It depends on the height of the cliff. b) The distance between the rocks will decrease as time passes. c) The distance between the rocks will stay the same as time passes. d) Whether the distance between the rocks will increase or decrease depends on the velocity v with which they are thrown. e) It cannot be determined. f) The distance between the rocks will increase as time passes.

Frens %3D 250g 50 g u=0.10 EFsystem asystem Ftension (force of tension) = N. m/s/s asystem (acceleration of the system) IFsystem (net force of the system) =

Review Later Question 11 An aircraft carrier is heading east at a speed of 222.0 m/s (relative to the sea). Raul is running north at a speed of 8.200 m/s (relative to the aircraft carrier). The velocity of Raul relative to the sea is: (q1023) a) O222.2 m/s at an angle 2.12 degree south of east b) O222.0 m/s at an angle 2.12 degree north of east 8.200 m/s at an angle 2.12 degree south of east () 222.2 m/s at an angle 2.12 degree north of east

1. Identify the three basic important kinematic equations 2. Identify the three rectilinear kinematic equations and their limitations

& Snipping Tool O X File Edit Tools Help New Mode Delay - A baseball player throws a ball straight up into the air. At a height of 4.4 m above the release point, the ball is moving at 1.8 m/s. What was the ball's initial speed in m/s? assume g = 9.8m/s?. Answer: 9:41 PM O Type here to search 日 amazon 10°C G ENG 2021-10-17 %2:

#2. A gannet is a seabird that fishes by diving from a great height. If a gannet hits the water at 32 m/s (which they do),  i) Make a sketch of the problem and label all given and unknowns ii) Write the equations that you need to solve the problem iii) what height did it dive from? iv) Assume that the gannet was motionless beforestarting its dive.

As shown below a projectile is fired from a cliff top (T) with a velocity of 60 ms-1 at an angle of 42° above the horizontal. The cliff is 150m above sea level. u = 60 ms DIAGRAM NOT TO SCALE 42" 150 m cliff V = ? sea level a. Calculate the time for the projectile to reach its maximum height. 40-1 b. Calculate the maximum height above sea level reached by the projectile LIO Compare qualitatively the magnitude of the projectile's initial velocity (u) with its final velocity (v). Explain your answer. C. d. Calculate the horizontal distance from the cliff base (B) that the projectile enters the sea. 19.6