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Physics and maths tutor required - Mumbai
Friday, 16 April, 2010
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Mumbai, Maharashtra
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PHYSICS AND MATHS TUTOR REQUIRED TO TRAIN STUDENT WITH COMMERCE BACKGROUND ON THE FOLLOWING : ( PLEASE READ ADVERT ONLY CANDIDATES WITH APPROPRIATE KNOWLEDGE APPLY NO TRIAL AND ERROR )
Trigonometry triangles
Vector triangles
Angles within circles
Properties of circles
Geometrical relations
Interpolation
Transposition of formulae
Arithmetical skills, mental arithmetic
Ability to read graphs
Basic magnetism
Basic electrics
Understanding of power, work, energy, moments of force.
- basic physics sizes (length, mass, angle, t°, volume, speed, acceleration)
- units (meter, kilogram, second, amps)
- distance traveled, speed, acceleration
- weight, mass, density and volume
- Newton’s law, inertia, forces
- determination of center of gravity
- work, energy, power (kinetic energy, pressure energy)
- thermometric scales: °C, °F, °K
- pressure, density, t° of a liquid or a gas
- perfect gases law, Boyle-Mariotte law, Gay-Lussac law, Dalton’s law
- change of state of a liquid/gas/solid
- Basics of electricity: DC and AC current, tension, equivalent resistance, Ohm
- Basics of magnetism: magnetic field, permanent magnet, lines of flux.
2. QUESTION EXAMPLE
· A quantity of gas (p = 3 x 105 Pa, T=300K) is compressed until the half of its
initial volume and is heated to 70°C. What is the final gas pressure?
Answer: P2= 6, 86 105Pa)
· Determine the weight (in Newton) of a sphere that has a volume of
1,1 10-7 m³ and a density of 2,7 kg/dm³ (gravitation acceleration: 9.81m/s²)
Answer: 2, 91x10-3)
· 3 resistances of 5 are placed in parallel. Find the value of a unique
equivalent resistance.
Answer: 1.67)
PLS CALL AFTR 1:30
Trigonometry triangles
Vector triangles
Angles within circles
Properties of circles
Geometrical relations
Interpolation
Transposition of formulae
Arithmetical skills, mental arithmetic
Ability to read graphs
Basic magnetism
Basic electrics
Understanding of power, work, energy, moments of force.
- basic physics sizes (length, mass, angle, t°, volume, speed, acceleration)
- units (meter, kilogram, second, amps)
- distance traveled, speed, acceleration
- weight, mass, density and volume
- Newton’s law, inertia, forces
- determination of center of gravity
- work, energy, power (kinetic energy, pressure energy)
- thermometric scales: °C, °F, °K
- pressure, density, t° of a liquid or a gas
- perfect gases law, Boyle-Mariotte law, Gay-Lussac law, Dalton’s law
- change of state of a liquid/gas/solid
- Basics of electricity: DC and AC current, tension, equivalent resistance, Ohm
- Basics of magnetism: magnetic field, permanent magnet, lines of flux.
2. QUESTION EXAMPLE
· A quantity of gas (p = 3 x 105 Pa, T=300K) is compressed until the half of its
initial volume and is heated to 70°C. What is the final gas pressure?
Answer: P2= 6, 86 105Pa)
· Determine the weight (in Newton) of a sphere that has a volume of
1,1 10-7 m³ and a density of 2,7 kg/dm³ (gravitation acceleration: 9.81m/s²)
Answer: 2, 91x10-3)
· 3 resistances of 5 are placed in parallel. Find the value of a unique
equivalent resistance.
Answer: 1.67)
PLS CALL AFTR 1:30