FM-BINUS-AA-FPU-78/V2R2
BINUS University
Academic Career:
Class Program:
Undergraduate / Master / Doctoral *)
International / Regular / Smart Program /
Global Class / BINUS Online *)
☐ Mid Exam
☐ Compact Term Exam
Term : Odd / Even / Compact *)
☒ Final Exam
☐ Others Exam :
Period (Only for BINUS Online): 1 / 2 *)
☐ Kemanggisan
☐ Senayan
☐ Alam Sutera
☐ Bandung
☐ Bekasi
☐ Malang
Exam Type*
Day / Date**
Time**
Exam
Specification***
:
:
:
:
☐ Semarang
Academic Year :
2024 / 2025
Onsite / Online
Senin, 26 Mei 2025
Pk. 12:00 WIB (Siang)
☐ Open Book
☐ Open Notes
☐ Close Book
☐ Submit Project
☐ Open E-Book
☐ Oral Test
Faculty / Dept.
Code - Course
Code - Lecturer
BULC
(Only
BINUS Online)
Class
for
:
:
:
:
Industrial Engineering
:
All Class
SCIE6091037 - Physics
Team Teaching
All BULC
Equipment***
:
Student ID ***
:
Name
***
:
☐ Exam
☐ Drawing Paper – A3
☐ Laptop
Signature ***
:
Booklet
☐ Tablet
☐ Drawing Paper – A2
☐ Calculator
☐ Notes
☐
☐ Dictionary
Smartphone
�) Strikethrough the unnecessary items
**) For Online Exam, this is the due date
Exam
***) Only for Onsite
Please insert the test paper into the exam booklet and submit both papers after the test.
The penalty for CHEATING is DROP OUT!
No.
Learning Outcome
Weight (%)
LO1
Explain Physical Quantities, System Units, and their conversion
25
LO2
Describe Forces, Motion, Work, and Energy
25
LO3
Apply the Heat, Temperature, and the First Law of Thermodynamic
25
LO4
Analyze Electric Charge, Electric Field, Electric Potential,
Capacitors and Capacitance, Current, and Circuit
25
Verified by,
[Maria Loura Christhia, S.T., M.Sc.] (D6789) and sent to Department/Program
on Apr 30th, 2025
Page 1 of 2
FM-BINUS-AA-FPU-78/V2R2
1. [LO1:25%]
Diketahui vektor A = 3i + 4j dan B = -2i + 5j.
a) Tentukan vektor C = A + B.
b) Hitung besar (magnitudo) dari vektor C.
2. [LO2:25%]
Sebuah benda bermassa 2 kg dijatuhkan dari ketinggian 5 meter tanpa kecepatan awal. Abaikan
hambatan udara.
Pertanyaan:
a) Berapakah energi potensial awal benda?
b) Berapakah kecepatan benda saat menyentuh tanah?
3. [LO3:25%]
Sebuah benda bermassa 2 kg dijatuhkan dari ketinggian 5 meter tanpa kecepatan awal. Abaikan
hambatan udara.
Pertanyaan:
a) Berapakah energi potensial awal benda?
b) Berapakah kecepatan benda saat menyentuh tanah?
4. [LO4:25%]
Sebuah muatan titik sebesar
berada di ruang hampa.
Pertanyaan:
Hitung besar medan listrik pada jarak 0,3 meter dari muatan tersebut!
===== GOOD LUCK =====
Verified by,
[Maria Loura Christhia, S.T., M.Sc.] (D6789) and sent to Department/Program
on Apr 30th, 2025
Page 2 of 2