Answer:
and
the intersection points.
Step-by-step explanation:
Intersection point of two functions is a common point which satisfies both the functions.
Given functions are,
For a common point of these functions,
For ,
For ,
Therefore, and
the intersection points.
Both tanji & kenji have same number of circles i.e. 50 .
<u>Step-by-step explanation:</u>
Here we have , tanji creates a "square, circle" repeating pattern. Kenji creates a "Square, circle, triangle, circle" repeating pattern. if both tanji and kenji have 100 shapes in their patterns, . We need to find that which pattern contains more circles .Let's find out :
<u>tanji creates a "square, circle" </u>
it's given that tanji has 100 shapes and he is repeating this pattern . In this pattern circle comes 1 every time out of 2 shapes :
Total number of times circle =
Total number of times circle =
<u>Kenji creates a "Square, circle, triangle, circle" </u>
it's given that tanji has 100 shapes and he is repeating this pattern . In this pattern circle comes 2 every time out of 4 shapes :
Total number of times circle =
Total number of times circle =
Both tanji & kenji have same number of circles i.e. 50 .
Non-negative integers are positive integers or zero.
1. When then there are such possible cases for
and
In total 11 solutions for
2. For there are such possible cases for
and
In total 10 solutions for
3. This process gives you
4. Add all numbers of solutions:
Answer: there are 66 possible solutions (with non-negative integer variables)