mAn object with mass 50 kg is given an initial downward velocity -4 in a medium that exerts a resistiveSforce with magnitude proportional to the square of the speed. The resistance is 500 N when the velocity ismm-5. Use g = 10-S8²a. Write out a differential equation in terms of the velocity v, and acceleration a50a-500+20v²b. Find the velocity v(t) for the object5(1-9e¹t)1+9e¹tV=x syntax error. Check your variables - you might be using an incorrect one.c. Upload a document with the work for parts a and b and a computer generated graph of the solution.Choose File No file chosend. State and interpret the end behavior for the solution found in part b.

Answered: Image /qna-images/answer/a4d43ccd-eead-491d-9f44-fb82760f915e.jpg

Answered: m An object with mass 50 kg is given an…

Similar questions

A car with an unknown initial velocity decelerates over the course of 6.00 s to a velocity of 15.0 m/s, after which the car continues at a constant velocity for another 4.00 s. Part A If the car travels a total distance of 210 m (in the entire 10.00 s interval) what was the initial velocity? Vo = [Π ΑΣΦ ? velocity (m/s) in m/s 0 1 2 3 velocity vs time 4 5 6 time (seconds) 7 9 10 11
A wedge with mass M rests on a frictionless horizontal table top. A block with mass m is placed on the wedge (the figure (Figure 1)(a)). There is no friction between the block and the wedge. The system is released from rest. Figure y M m 1 of 1 Part A Calculate the component of the acceleration of the wedge. Express your answer in terms of M, m, a, and constant g. IVE ΑΣΦ aw x = Submit Part B ab x = Calculate the component of the acceleration of the block. Express your answer in terms of M, m, a, and constant g. 15. ΑΣΦ Submit Part C Request Answer aby = ? Request Answer ? Calculate the y component of the acceleration of the block. Express your answer in terms of M, m, a, and constant g. IVE ΑΣΦΑΛΟ ?
Juliet drops a 0.25 kg grapefruit from the 3rd-floor balcony (10 m high), into Romeo's waiting hands (1 m high). c) what duration does the grapefruit fall, from drop to catch? 0.918 s 0.433 s O 1.355 s -4.243 s (1) O 1.010 s -1.355 s O 4.243 s 1.917 s O 0.6776 s 1.020 s O 0.714
The diagram represents the motion of an object in the xy plane with three points separated in time by equal time intervals, Δt with point A occurring first and point C occurring last. rA= (0,0) rB= (XB, YB) rC = (Xc, Yc) Numerically, the positioning of points Band C might differ somewhat from what is shown Part (a) What is the average velocity of the object between points A and B? Employing the unit vectors î and ĵ, enter your response in Cartesian unit-vector notation. Note that the average velocity best represents the velocity at the average time for the given interval, as indicated by the second image in the problem statement. Part (b) What is the average velocity of the object between points B and C? Employing the unit vectors î and ĵ, enter your response in Cartesian unit-vector notation. Note that the average velocity best represents the velocity at the average time for the given interval, as indicated by the second image in the problem statement. Part (c) Building on your…
A laboratory on the concept of static equilibrium uses an apparatus called a force table. The force table consists of a round, level platform marked in degree increments about its circumference. In the center of the table sits a massless ring, to which three strings are tied. Each string is strung over a m, separate pulley clamped to the edge of the platform, and then m2 tied to a freely-hanging mass, so that each string is under m3 tension and the ring is suspended parallel to the table surface. A mass of m1 = 0.161 kg is located at 0, = 26.5°, and a second mass of m2 = 0.223 kg is located at 02 = 287°. Calculate the mass m3 and the angular position 03 (in degrees) that will balance the system and hold the ring stationary over the center of the platform. 0.239 m3 = kg Incorrect 139 03 Incorrect
Answer parts c and d
Four small spheres, each of which you can regard as a point of mass m = 1.67 kg, are arranged in a square with side d = 0.46 m and connected by light rods. m B
An elevator weighting 22.2 KN moving downward with constant acceleration travels a distance of 30 m during the interval of time t= 0 to t=10s. Assuming the initial velocity is zero and neglecting all resistances, find the tension in the supporting cable during this time.
C?
An electron travels with = 6.00 × 106 m/s through a point in space where E = (1.50 × 10³ – 1.50 × 105) V/m and B = -0.110k T. Part A What is the force on the electron? Express vector F in the form Fr, Fy, where the x and y components in newtons are separated by a comma. F = 195| ΑΣΦ Submit Provide Feedback Request Answer ? N
m An object with mass 64kg has an initial downward velocity of -66. Assume that the atmosphere exerts S a resistive force with magnitude proportional to the speed. The resistance is -30N when the velocity is m m -3. Use g = 10- S 82 a. Write out a differential equation in terms of the velocity v, and acceleration a b. Find the velocity v(t) for the object
d and e please

SEE MORE QUESTIONS