Answer parts A and B Monica is hurrying off to her physics class, jogging down thesidewalk at a speed of 4.10 m/s . Her friend Manny suddenlyrealizes that she left in such a hurry that she forgot her lunchof bagels, so he runs to the window of their apartment, whichis a height 38.5 m above the street level and directly abovethe sidewalk, to throw them to her. Manny throws themhorizontally at a time 4.00 s after Monica has passed belowthe window, and she catches them on the run. You can ignoreair resistance.Part AWith what initial speed must Manny throw the bagels so Monica can catch them just before they hit the ground?Hint: The bagels move along a projectile trajectory. Find Monica's location when the bagels reach the ground and demand that the bagels have thissame range. When the bagels reach the ground, y final=0m, and they start at y initial at hieght of window. Since v initial has only an X-component,it is straightforward to calculate the time that they will be in the air. You have to add that time onto the jog time.U =m/sSubmitRequest AnswerPart BWhere is Henrietta when she catches the bagels??x =m from the houseSubmitRequest Answer

Name: Answer parts A and B Monica is hurrying off to her physics class, jogg
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: Answer parts A and B Monica is hurrying off to her physics class, jogging down thesidewalk at a speed of 4.10 m/s . Her friend Manny suddenlyrealizes that she left in such a hurry that she forgot her lunchof bagels, so he runs to the window of their

Given,speed of monica, v = 4.10 msheight of the apartment, h = 38.5 mmanny throw them horizontally at a time, t = 4.00 s after monica has passed belowAs air resistance can be neglected so we can assume the motion of the bagels as a projectile motion, by using equation of motion along the vertical direction as the vertical component of the velocity of bagels is zero, hence, y = vyt + 12ayt2here,vy =0ay = gy = hh = 12gt2so,t = 2hg = 2×38.59.8t = 2.80 s Now the distance traveled by the monica along the horizontal direction in total tlime, T = 4.00 s + 2.80 sT = 6.80 s Hence the distance traveled, x = vTx = 4.10 ms6.80 sx = 27.8925 m Now consider the equation of motion of the bagels along the horizontal direction, consider the horizontal component of velocity of the bagels is v, hence, x = uxt + 12axt2ax = 0ux = vbso,27.8925 = vbtvb = 27.89252.80vb = 9.9616 ms a) speed of the bagels along the horizontal direction, v = 9.9616 m/s b) x = 27.8925 m