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How to find the reference number for each value of t.?
If t is in radians, since 3 is > π/2 but < π, it is in quadrant 2 so subtract it from π: π – 3
6 is between 3π/2 and 2π so it’s Q4 so subtract from 2π: 2π – 6
-3 would be the other way around so in Q3; add it to π: π – 3
and -6 is the other way around too so in Q1; add to 2π: 2π – 6
Maybe anyway, see what you think
posted on
How to find the reference number for each value of t.?
If t is in radians, since 3 is > π/2 but < π, it is in quadrant 2 so subtract it from π: π – 3
6 is between 3π/2 and 2π so it’s Q4 so subtract from 2π: 2π – 6
-3 would be the other way around so in Q3; add it to π: π – 3
and -6 is the other way around too so in Q1; add to 2π: 2π – 6
Maybe anyway, see what you think
posted on
How to find the reference number for each value of t.?
If t is in radians, since 3 is > π/2 but < π, it is in quadrant 2 so subtract it from π: π – 3
6 is between 3π/2 and 2π so it’s Q4 so subtract from 2π: 2π – 6
-3 would be the other way around so in Q3; add it to π: π – 3
and -6 is the other way around too so in Q1; add to 2π: 2π – 6
Maybe anyway, see what you think
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