Questions: #13 - 2 marks (1 per letter)
#14 - 3 marks (1 per letter)
http://www.bmlc.ca/Math40S/Pre-Calculus%20Math%2040s%20Standards%20Test%20-%20Transformations%20QUESTIONS.pdf
Answers Link:
http://www.bmlc.ca/Math40S/Pre-Calculus%20Math%2040s%20Standards%20Test%20-%20Transformations%20ANSWERS.pdf
Showing posts with label test questions. Show all posts
Showing posts with label test questions. Show all posts
Wednesday, November 25, 2009
Test Questions
Here are my questions for our test tomorrow:
1) Point P is a point on the terminal arm of an angle Θ in standard position. If cscΘ<0 and sin theta=-15/17, deterine the value of the other five trigometric functions.
2)P(Θ) is a point on the unit circle. If secΘ<0 and tan(theta)<0, and the coordinates for P are (x, 2root6/7)
a. Find the value of x
b.State the coordinates of P(Θ+pi)
Solutions:
1)step 1: Determine quadrat-(quadrat III)
step2: Find sinΘ=1-(-8/17)squared=-15/17
Step3: Determine other 4 trig. values
sec=-17/8
csc=-17/15
tan=15/8
cot=8/15
2) a.
step1: determine quadrat-(quadrat 2)
step 2:1-(2√6/7)²=-5/7
b.step1: determine quadrat-(quadrat 4)
step 2: determine integer values for x and y: (5/7, -2root6)
1) Point P is a point on the terminal arm of an angle Θ in standard position. If cscΘ<0 and sin theta=-15/17, deterine the value of the other five trigometric functions.
2)P(Θ) is a point on the unit circle. If secΘ<0 and tan(theta)<0, and the coordinates for P are (x, 2root6/7)
a. Find the value of x
b.State the coordinates of P(Θ+pi)
Solutions:
1)step 1: Determine quadrat-(quadrat III)
step2: Find sinΘ=1-(-8/17)squared=-15/17
Step3: Determine other 4 trig. values
sec=-17/8
csc=-17/15
tan=15/8
cot=8/15
2) a.
step1: determine quadrat-(quadrat 2)
step 2:1-(2√6/7)²=-5/7
b.step1: determine quadrat-(quadrat 4)
step 2: determine integer values for x and y: (5/7, -2root6)
Labels:
Circular Functions,
Matt $$*Money*$$,
pc0910,
test questions
Tuesday, November 24, 2009
Brett's Test Question
Question:
1. a) How many 6 letter arrangements can be made using the letters M A T T E R ? Give your answer as a whole number. (1 mark)
b) How many 6 letter arrangements end with T T? Give your answer as a whole number. (1 mark)
c) How many 6 letter arrangements can be made if the letters M T T R must be together? Give your answer as a whole number. (2 marks)
Solutions:
1. a) 6!/2!= 360
b) _ _ _ _ T T
4!= 24
c) (3!) (4!/2!) = 72
**3 groups, 4 consonants, 2 t's
GOOD LUCK THURSDAY!
1. a) How many 6 letter arrangements can be made using the letters M A T T E R ? Give your answer as a whole number. (1 mark)
b) How many 6 letter arrangements end with T T? Give your answer as a whole number. (1 mark)
c) How many 6 letter arrangements can be made if the letters M T T R must be together? Give your answer as a whole number. (2 marks)
Solutions:
1. a) 6!/2!= 360
b) _ _ _ _ T T
4!= 24
c) (3!) (4!/2!) = 72
**3 groups, 4 consonants, 2 t's
GOOD LUCK THURSDAY!
Labels:
brettsara_92,
pc0910,
perms/coms,
test questions
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