ORIGINAL WRITTEN REHEARSAL
BUET Model Test for Exam
Choose a subject or the available combined paper. The 30- and 90-minute timers are practice options, not a claim about the institution’s current format. These original questions are not past papers. Answers stay in this browser; no school grade, coin balance or enrolment changes.
Set 1 of 1 available paper set.
5 written questions: 3 can be checked against the answer key; 2 need a guardian or subject teacher to review. Architecture drawing is an optional separate paper.
The timer starts when you choose Start model test.
You can leave or finish early without losing game progress. If time expires, the draft is kept and review opens. A timer is a rehearsal aid and cannot prevent leaving the page or changing a device clock.
Work on paper and enter the requested answer. Explain reasoning in the longer response boxes. Keep your work if you want a teacher to review it.
A 1 kg object falls 5 m from rest. Use g = 10 m/s² and neglect air resistance in the ideal model. Explain how appreciable drag would change that prediction.
Mechanics, thermal physics, waves and electricity
100
mgh=2×10×5.
Mechanics, thermal physics, waves and electricity
400
f=v/λ=300/0.75.
Mechanics, thermal physics, waves and electricity
120
E=Pt.
Mechanics, thermal physics, waves and electricity
mgh=mv²/2 gives v=√(2gh)=√100=10 m/s.
Show cancellation and the loss assumption.
Mechanics, thermal physics, waves and electricity
Some gravitational energy transfers to the air and thermal stores rather than kinetic energy.
Account for energy without claiming it is lost from the total.
The automatic result counts exact supported answer-key matches. Other valid wording, working, handwriting and compositions need human review. It is not an overall examination mark or an admission prediction.