D. Design Constraints is included in SRS.
D. Design Constraints is included in SRS.
See lessLost your password? Please enter your email address. You will receive a link and will create a new password via email.
Please briefly explain why you feel this question should be reported.
Please briefly explain why you feel this answer should be reported.
Please briefly explain why you feel this user should be reported.
Co-efficient of friction for a given pair of surface is equal to the:
Answer: C. Tangent of the angel of friction Co-efficient of friction for a given pair of surface is equal to the tangent of the angel of friction.
Answer: C. Tangent of the angel of friction
See lessCo-efficient of friction for a given pair of surface is equal to the tangent of the angel of friction.
Gymnastics and tennis shoes have rubber soles rather than leather because:
Answer: D. Rubber provide more friction than leather Gymnastics and tennis shoes have rubber soles rather than leather because rubber provide more friction than leather.
Answer: D. Rubber provide more friction than leather
See lessGymnastics and tennis shoes have rubber soles rather than leather because rubber provide more friction than leather.
Which is a suitable method to decrease friction:
Answer: D. All of the above Ball and roller bearing, lubrication and polishing are the suitable method to decrease friction.
Answer: D. All of the above
See lessBall and roller bearing, lubrication and polishing are the suitable method to decrease friction.
Force of limiting friction for a body and a surface:
Answer: B. Decrease if the surface is inclined Force of limiting friction for a body and a surface decrease if the surface is included.
Answer: B. Decrease if the surface is inclined
See lessForce of limiting friction for a body and a surface decrease if the surface is included.
Force of limiting friction:
Answer: C. Remains unaffected due to a change in velocity Force of limiting friction remains unaffected due to a change in velocity.
Answer: C. Remains unaffected due to a change in velocity
See lessForce of limiting friction remains unaffected due to a change in velocity.
Angel of friction and angel of repose are:
Answer: A. Equal to each other Angel of friction and angel of repose are equal to each other.
Answer: A. Equal to each other
See lessAngel of friction and angel of repose are equal to each other.
If surface is smoothened, how will it affect the angle of friction:
Answer: A. It will decrease If a surface is smoothened, it affect the angel of friction it will decrease.
Answer: A. It will decrease
See lessIf a surface is smoothened, it affect the angel of friction it will decrease.