# Meter Rule & Measuring Tape Quiz Questions and Answers 88 PDF Download

Learn meter rule & measuring tape quiz, online Cambridge IGCSE physics test 88 for distance learning, online courses. Free physics MCQs questions and answers to learn meter rule & measuring tape MCQs with answers. Practice MCQs to test knowledge on meter rule and measuring tape with answers, moments, scalar and vector, acceleration free fall, stability, meter rule and measuring tape test for online physics courses courses distance learning.

Free meter rule & measuring tape online course worksheet has multiple choice quiz question: in physics, a common instrument to measure diameter of a circle is known as with choices rule, measuring tape, calipers and inch tape with problems solving answer key to test study skills for online e-learning, formative assessment and jobs' interview preparation tips, study measurements in physics multiple choice questions based quiz question and answers. Meter Rule & Measuring Tape Video

## Quiz on Meter Rule & Measuring Tape Quiz PDF Download Worksheet 88

Meter Rule and Measuring Tape Quiz

MCQ. In physics, a common instrument to measure diameter of a circle is known as

- rule
- measuring tape
- calipers
- inch tape

C

Stability Quiz

MCQ. When an object is tilted slightly and it topples over, state is termed

- Unstable equilibrium
- Stable equilibrium
- Neutral equilibrium
- Stability

A

Acceleration Free Fall Quiz

MCQ. Air resistance is a

- frictional force
- gravitational force
- backward force
- balanced force

A

Scalar and Vector Quiz

MCQ. Power is a

- Scalar quantity
- Vector quantity
- Base quantity
- Derived quantity

A

Moments Quiz

MCQ. In order to satisfy Principle of Moment for an object in equilibrium, one needs to make sure that

- Sum of horizontal forces = Sum of vertical forces = 0
- Sum of clockwise moments about pivot > Sum of anti-clockwise moments about pivot
- Sum of clockwise moments about pivot < Sum of anti-clockwise moments about pivot
- Sum of clockwise moments about pivot = Sum of anti-clockwise moments about pivot

D