Hello:
<span>Use De Moivre’s Theorem :
</span>(3(cos27 +isin27)^5 = 3^5( cos(27 × 5) +isin(27 × 5))
= 3^5 ( cos(135)+i sin(135))
= 3^5(-√2/2+i √2/2)
because : cos(135) = -√2/2 and sin(135) = √2/2
(3(cos27 +isin27)^5 = (- 3^5√2/2)+ i ( 3^5√2/2) ...(form : a+ib when
a= (- 3^5√2/2) and b = ( 3^5√2/2)
There are
total ways to draw any 6 numbers from the range 1 to 51, regardless of order.
Given 6 selected numbers that match those drawn by the lottery, there are
ways of rearranging them. So the probability of winning 1st prize is
Next, given 6 selected numbers of which 5 match those drawn by the lottery, there are
ways of rearranging those 5 matching numbers. There are 46 remaining numbers that didn't get drawn, so the probability of winning 2nd prize is
Hello!
Judging by the question you have provided I have come up with an equation to solve the problem at hand.
Based on the question you have provided I figured that there are two types of bread displayed being: loaves and gourmets.
To find the total amount of loaves of bread you would need to add up the total amount of each type of loaves.
The equation for this is 22+17.
Your answer should be 39 loaves of bread.
Hope this helped!
-Blake
Answer:
$2266
Step-by-step explanation:
Ⓗⓘ ⓣⓗⓔⓡⓔ
Well, 3% of $2200 is $66
$2200+$66=$2266
(っ◔◡◔)っ ♥ Hope this helped! Have a great day! :) ♥
Also I would so so so appreciate a brainliest, I only need one more to advance!
$3 because you can not round this up to $4 because the order to rounder up you need to have more than $.50
