Rectangle <span>Use </span>square tiles<span> to compose a rectangle, and relate to the </span>array<span> model. .... S: They both</span>have<span> 16 </span>tiles<span>. à One </span>has<span> the </span>same<span> number of </span>rows<span> and columns, and the other doesn't. à </span>You can<span>turn an </span>array<span> with </span>4 rows<span> of </span>4<span> on its </span>side<span>, and it looks exactly ... 2 </span>rows<span> of 6, and yours is 3 </span>rows<span> of </span>4<span>. à They are </span>all<span> rectangles.</span>
If u use the app photomath it will give u answer with the steps too
Answer:
See below
Step-by-step explanation:
Using the table of 150 students, we can configure probabilities.
18 students participate in tennis, so the probability of a student participating in tennis is 18/150, or 3/25 simplified.
45 students participate in football, so the probability of a student participating in football is 45/150, or 3/10 simplified.
12 students participate in gymnastics, so the probability of a student participating in gymnastics is 12/150, or 2/25 simplified.
9 students participate in volleyball, so the probability of a student participating in volleyball is 9/150, or 3/50 simplified.
Answer: 8(x+3)^2= 8x^2 + 48x + 72
2x + 6
Answer:
5 x S = M (S=Students, M = money); 5 x 25 = 100