Related Questions

There is a rectanguler parking lot with a length of 2x and a width of x. What is the ratio of the perimetr of the parking lot of the rea of the parking lot to the area of the parking lot,
A 2/x
B 3/x
C 4/x
D 5/x
There are five persons sitting on a bench. Blue eyed lady sitting in the middle is my mother. At the extreme left, the man with grey hair is my maternal uncle. Lady sitting at the extreme right is having a pimple on her nose and is the wife of person who is sitting between blue eyed lady and grey haired man and has a pointed nose. A lady having marks on her face is the younger sister of the blue eyed lady and sitting on the remaining fifth place. The person having a pointed nose is the son of the blue eyed lady. What is the lady having marks on her face to the man sitting at extreme left ?
A Wife
B Maternal Aunt
C Sister
D Sister-in-law
He found parking is difficult . Here parking used as---
A Past Continuous
B Progressive Tense
C Participle
D Gerund
A parking garage rents parking spaces for Tk. 10 per week or Tk 30 per month. How much does a person save (in Tk) in a year by renting for a month than for a week?
A 140
B 160
C 220
D 240
A parking garage rents parking spaces for TK. 10 per week of TK. 30 per month . How much does a person save in a year by the month rather than by the week ?
A TK. 140
B TK. 160
C TK. 220
D TK. 240
There is rectangular parking lot with a length of 2x and a width of x . what is the ratio of the perimeter of the parking lot to the area of the paring lot. in terms of x?
A 2/x
B 3/x
C 4/x
D 5/19
A parking garage rents parking spaces for Tk. 100 per week or Tk. 300 per month. How much does a person save in a year by renting by the month rather than by the week?
A Tk. 1400
B TK. 1600
C Tk. 2200
D Tk. 2400
Parking the car at the parking lot, Ms. Jones decoded to take the bus to town .No Error.
A Parking the car
B parking lot,
C decoded to take
D No Error
When the width of car parking space and width of street are limited, generally preferred parking system is
A Parallel parking
B 45° angle parking
C 65° angle parking
D 90° angle parking
The retardation of a flat faced follower when it has contact at the apex of the nose of a circular arc cam, is given by (where OQ = Distance between the centre of circular flank and centre of nose)
A $${\omega ^2} \times {\text{OQ}}$$
B $${\omega ^2} \times {\text{OQ}}\sin \theta $$
C $${\omega ^2} \times {\text{OQ}}\cos \theta $$
D $${\omega ^2} \times {\text{OQtan}}\theta $$

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