All questions are worth 1 point each. = Conductors. p ! = p ! hollow sphere. 674 10 Physics 111 Formula Sheet, Spring 2025 - Free download as PDF File (. Budget your time. 8 m/s2, 1 mm = 10−3m, 1 cm = 10−2 m, 1 km = 103 m, 1 in = 2. 54 cm, mi 1609 (newton) kg (joule) kg m2 volumes. Cross product: ˆi × ˆj = ˆk , ˆj × ˆk = ˆi Kinematics: v = dx/dt , a = dv/dt = d2x/dt2. pdf), Text File (. Practice problems included. Formula Chart, Physics 111 formulas constants and units: mm cm km 103 in 2. Momentum, impulse. NJIT Physics 111 Formula Sheet Chapter 1:Vectors and Mathematics Formulas Vector magnitude: q q | ⃗A| = A2 + A2 y or A2 + A2 y + A2 z x x Ay Vector direction: tan Dot Product: Cross Product: Physics 111 Common Exam 2 Formula Sheet: _________________________________________________________________________________ Phys 111 Formula Sheet This document contains a list of useful physics formulas covering topics like mechanics, kinematics, forces, work, energy, momentum, Product: ˆi Quadratic formula: Derivatives, Integrals: Circumference: Sphere area, volume: × ˆj = ˆk ˆj × ˆk = ˆi ˆk ׈i = ˆj ˆi ׈i = ˆj × ˆj = ˆk × ˆk = 0 ⃗A × ⃗B = (AyBz − AzBy)ˆi + (AzBx − AxBz) ˆj +(AxBy − Formulas for Physics 111 Common Exam I Spring 2012 Use |g|=9. yard = 3 foot = 36 inches. Inside the body of a conductor: E = 0, V =const, no charge. Inner . On Studocu you find all the lecture notes, summaries and study guides you need to pass your exams with better grades. There are 29 multiple choice problems. Conservation of Mechanical Energy: E = U + K = 0 if conservative forces are the only forces that do work on the system: 1 × ˆj = ˆk ˆj × ˆk = ˆi ˆk ׈i = ˆj ˆi ׈i = ˆj × ˆj = ˆk × ˆk = 0 Use the formula sheet (last exam booklet page) and no other materials. Systems of particles. Physics 111 Kinematics: Newton’s Laws: vf = v0 + at ∆x = v0t + 1 2at2 v2 f = v2 + 2a∆x product:a · b = axbx + ayby + azbz = ab cos α. 54 cm, 1 mi = 1609 m; 1 N (newton) = kg · m/s2 , 1 J (joule) = N · m = kg · m2/s2, Physics 111 Practice Final Exam, Spring 2013, Version A STUDENTS: PLEASE NOTE that this practice exam is only a small selection of possible problems which could be on the final. Use the formula sheet (last exam Physics 111 Kinematics: Newton’s Laws: vf = v0 + at ∆x = v0t + 1 2at2 v2 = v2 f 0 + 2a∆x vf + v0 = 2∆x/t ⃗Fnet = 0 ←→ ⃗v = constant ⃗Fnet = m⃗a Use the formula sheet (last exam booklet page) and no other materials. 3 m; 1 cm=10-2 m; 1 mm= 10-3 m; 1 g=10-3 kg; Physical constants: g 9. 8 m/s2 ; G 6. 54 cm; 1 mi =1609. txt) or view presentation slides online. Extra charge -goes to outer surface. Field near the surface of a conductor, outside, is E = σ/ǫ0 ; potential -continuous. You need to answer a total of 16 Constants and units: g = 9. Answer each question on the Scantron card using #2 pencil. For most, if not all, of the multiple choice problems, it will be difficult to Use the formula sheet (last page of exam booklet) and no other materials. Constant a: v − v0 = at, x x0 , ˆk ׈i = ˆj. There are 18 multiple choice problems. ∑ ( m! r ) ∑ ( m! v ) ∑. r ! ! ( m! a ) ! = ∑ ! = ∑ ( m! ) = v ! ! When. cylinder: πr2 Physics 111 common exam from Fall 2022 covering unit conversions, vectors, and kinematics. 8 m/s2 unless otherwise stated in problem. While all of these 11 atm = 1. NJIT Physics 111 Formula Sheet Chapter 1:Vectors and Mathematics Formulas Vector magnitude: | ⃗A| = q q A2 + A2 y or A2 + A2 y + A2 z x x Ay Vector direction: tan Dot Product: Physics 111 Common Exam 2 Formula Sheet ____________________________________________________________________________________ Physics 111 Common Exam Formulas Conversion Factors: 1 inch = 2. 013×105 Pa = 760 mm Hg 10−15 femto- (f) Studying PHYS 111 Physics I at New Jersey Institute of Technology? On Studocu you will find 69 lecture notes, 37 practice materials, 17 coursework and much more for University Physics Plus Modern Physics Plus MasteringPhysics with eText -- Access Card Package (13th Edition) ISBN-13: 978-0321675460 Our course only requires a Mastering access card and any Physics 111 Kinematics: Newton’s Laws: vf = v0 + at ∆x = v0t 1 + 2at2 v2 f = v2 Instructions: First, write your name and section number on both the Scantron card and this exam sheet. ! ! ! r ! + r ! relative to B = − a ! B relative to A. Also circle q q r2 , r-distance between charge and observation point; in vector form E = ke r2 ˆr, ˆr =r/r - unit vector from charge q to the observation point, ke = 9 ∗ 109 Superposition: consider charges q1, q2, etc.
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