Add the number of boys that prefer to play inside and the number that prefer to play outside and then divide the ones that prefer inside by the total. The answer is 43.4 percent
The recursive rule for a
geometric sequence allow you to find the previous term of an n'th position.
Common Ratio: 6
Recursive Rule Formula: Please mark as Brainliest, thank you.
Answer:
a) 145.555 146.555 147.555 148.555 149.555 150.555
b) 754.21 764.321 774.321 784.321 794.321 804.321
c) 125.876 225.876 325.876 425.876 525.876 625.876
Step-by-step explanation:
a) 145.555 146.555 147.555 148.555 149.555 150.555
⇒the number raises with 1 each time
b) We see that, from left to right, the number raises each time with 10
754.21 764.321 774.321 784.321 794.321 804.321
c) We see that, from left to right, the number raises each time with 100
125.876 225.876 325.876 425.876 525.876 625.876
Answer:
You can prove that these triangles are congruent by SSS axiom.
Step-by-step explanation:
- The co-ordinates of points of triangle ABC are: A(-3,4), B(-4,1), C(0,3).
- Measure the length of every side of triangle ABC and DEF by using distance formula i.e. AB, BC, AC, DF, DE and EF.
- The co-ordinates of points of triangle DEF are: D(0,2), E(3,1), F(2,-2).
- By calculating the distance you can see that, BC=DF, AB=DE=AC=EF.
- Hence all three sides are equal that means the triangles are congruent by the SSS (side-side-side) axiom.
The probability that it will be the winning combination is 1/(27C6) = 1/296010