Select the correct answer from each drop-down menu. Consider function f, where BIs a real number.
f(t) = tan(Br)
Complete the statement describing the transformations to function fas the value of Bis changed.
As the value of Bincreases, the period of the function
When the value of B is negative, the graph of the function
and the frequency of the function

Answer: d. 39 cmin the diagram, the approximate length of the minor arc de is 39 centimetres.step-by-step explanation: the formula for the length of an arc in a circle is as displayed below.let the length of the minor arc de = xx = 2( pi )r × angle of sector / 360°from this, we will substitute the values given from the problem into the formula to obtain the length of the minor arc de.x = 2( pi )r × angle of sector / 360°r = radius = 25cmpi as an approximate value = 3.14angle of sector = 120°x = 2( 3.14 )( 25 ) × 120° / 360°x = 157 × 1 / 4x = 39.25x = 39 ( rounded to the nearest whole number as an approximate value )