which of the following documents is used when goods are being sent by a common carrier

• A. delivery note
• B. consignment note
• C. advice note
• D. credit note

In how many ways can the word MACICITA be arranged?

• A. \(\frac{8!}{2!}\)
• B. \(\frac{8!}{3! 2!}\)
• C. \(\frac{8!}{2! 2! 2!}\)
• D. 8!

The part of the brain that controls body posture in mammals is the

• A. thalamus
• B. cerebellum
• C. spinal cord
• D. cerebrum

''....This Jesus God raised up, and of that we all are witnesses....'' The statement above was made by Peter on the occasion of his

• A. healing of the lame man at the gate called Beautiful
• B. release from prison by the Jews
• C. address to the disciples for the replacement
• D. sermon on the day of Pentecost

Obadiah showed his great reverence for the LORD by

• A. handing over five hundred Baal prophets for slaughter
• B. falling on his face before Elijah
• C. hiding Elijah in a cave for two years
• D. feeding the prophets of the LORD with bread and water

A well digger was trying to rescue a dog from a well 30 feet deep using a bucket. Each time he pulls up the rope 3 feet, it slides back 2 feet. How many times will he have to pull up the rope to bring the dog to the surface?

• A. 90
• B. 60
• C. 30
• D. 6

The merger of a textile mill, a cement company and a tannery is referred to as?

• A. conglomerate merger
• B. horizontal merger
• C. lateral merger
• D. vertiical merger

From the words or group of words lettered A to D, choose the word or group of words that best completes each of the following sentences:

The secretary was............from her job for absenteeism.

• A. evicted
• B. dismissed
• C. rejected
• D. eliminated

In the had?th that ends with ‘…piety is based right here …’, the Prophet (S.A.W.) meant the

• A. hand
• B. heart
• C. city of Makkah
• D. city of al Madinah

The correct relationship between G and g in a gravitational field is given by the equation (Where the symbols have their usual meanings)

• A. g = \(\frac{GM}{R}\)
• B. g = \(\frac{GM}{R^2}\)
• C. g = \(\frac{GM^2}{R}\)
• D. g = \(\frac{GM^2}{R^2}\)