'Go' and 'Not go' member on the same side of the gauge
Separate 'Go' and 'Not go' members
'Go' member at one end and 'Not go' member at the other end
None of the above
A. 'Go' and 'Not go' member on the same side of the gauge
Melting pot is separate from the machine
Melting pot is an integral part of the machine
Melting pot may have any location
Low temperature and pressure is used
Core is made of sand
Core is made of ferrous metal
Core is made of nonferrous metal
No core is used
10 mm/m
16 mm/m
20 mm/m
26 mm/m
1000°C
1250°C
2100°C
3200°C
Neutral
Oxidising
Carburising
All of these
Collapsibility
Permeability
Cohesiveness
Adhesiveness
Do not require bevelling
Should be bevelled to a single-V or U-groove
Should have a double-V or U-groove on one side
Should have a double-V or U-groove on both sides
Zinc diffusion process
Process of coating zinc by hot dipping
Process used for making thin phosphate coating on steel
None of the above
Type of casting metal
Size and shape of casting
Method of casting used
All of these
Less than 3 mm
5 to 10 mm
12.5 mm
Above 25 mm
Small
Large
Very large
Not provided
Green sand
Dry sand
Loam sand
Parting sand
30% sand and 70% clay
50% sand and 50% clay
70% sand and 30% clay
90% sand and 10% clay
Striking tool
Planing tool
Boring tool
Marking tool
Plunging
Notching
Slitting
Forming
Mild steel
Brass
Copper
Aluminium
Bending
Stretching
Rolling and stretching
Bending and stretching
Voltage
Flow of current
Contact resistance
All of these
Less than 0.1 percent
Less than 0.3 percent
More than 0.3 percent
Anywhere between 0.1 to 1 percent
Results in a mismatching of the top and bottom parts of a casting
Results in general enlargement of a casting
Occurs near the ingates as rough lumps on the surface of a casting
Occurs as sand patches on the upper surface of a casting
Forehand
Backhand
Vertical
None of these
Molten metal is poured in a metallic mould, retained in the mould long enough for the outer skin to solidify and finally mould is turned over to remove molten metal still in molten condition
Molten metal is poured and allowed to solidify while the mould is revolving
Molten metal is forced into mould under high pressure
None of the above
Simple die
Progressive die
Compound die
Combination die
Ferrous materials
Ductile materials
Hard materials
None of these
t
1.5 t
3 t
6 t
Punch
Die
Half on the punch and half on the die
Either on punch or die depending upon designer's choice
Ferrous alloys with low melting temperature are casted
Ferrous alloys with high melting temperature are casted
Nonferrous alloys with low melting temperature are casted
Nonferrous alloys with high melting temperature are casted
30°
45°
50°
60°
Punch
Die
Half on the punch and half on the die
Either on punch or die depending upon designer's choice
7 to 103 kN/m²
70 to 280 kN/m²
280 to 560 kN/m²
560 to 840 kN/m²