If Q is a factor of 18 and T is prime numbers between 2 and 18. What is Q\(\cap\)T?

A. (2,3)

B. (2,3,18)

C. (2,3,9)

D. (2,3,6)

From the cyclic quadrilateral above, find < TSV

A. 60^o

B. 80^o

C. 70^o

D. 50^o

Find the mean of 10, 8, 5, 11, 12, 9, 6, 3, 15, and 23.

A. 11.2

B. 10

C. 10.2

D. 11.3

In the cyclic quadrilateral above . Find < PRO

A. 70^o

B. 20^o

C. 50^o

D. 30^o

OGIVE is constructed using

A. Third quartile range

B. Semi-quartile range

C. Cummulative frequency table

D. Inter-quartile table

Rationalize \(\frac{\sqrt{6} - \sqrt{4}}{\sqrt{6} + \sqrt{4}}\)

A. 5 + 2 \(\sqrt{6}\)

B. 5 - 4 \(\sqrt{6}\)

C. 5 + 4 \(\sqrt{6}\)

D. 5 - 2 \(\sqrt{6}\)

The bar chart above shows the marks obtained by students in a mathematics test.
How many students in all took the test?

A. 40

B. 30

C. 10

D. 20

Determine the mean score of the student that took the mathematics test?

A. 4.5

B. 4.3

C. 4.2

D. 4.6

From the diagram above. Find the fraction of the shaded position?

A. \(\frac{1}{3}\)

B. \(\frac{1}{5}\)

C. \(\frac{1}{4}\)

D. \(\frac{1}{6}\)

From the diagram above, find the required roots/region of x.

A. x\(\leq\)-1, x \(\geq\)4

B. x\(\leq\)4

C. -1\(\leq\)x\(\leq\)4

D. x\(\leq\)-1, o\(\leq\)x\(\leq\)4