In the smaller triangle, let 
be the length of the smallest leg. Then the smallest leg in the larger triangle is 
.
Within the scope of the smaller triangle, we have such that
Then within the larger the triangle, we would have
Now we can solve for 
:
Answer:
<em><u>1=</u></em><em><u> </u></em> 237
<em><u>2=</u></em> 200
<em><u>3</u></em><em>= </em>49
<em><u>4=</u></em> 50
<em>I'm </em><em>99% </em><em>sure these are right.</em>
<em> --------------------------------------------------------</em>
<em> </em><u><em>please let me know if </em></u><u>any are wrong.</u>
<h2>
Have a good day<3</h2><h2>
</h2><h2>
</h2>
Answer:
45
Step-by-step explanation:
DISCLAMER THIS IS ONLY FOR POINT THIS IS NOT THE RIGHT ASWEAR
Large, because for 600 ml it would be £2.40 and for 1,000 ml it would be £3.80
please mark brainlyest
Eh, here's my best try for a table:
<u>Like tv</u> <u> don't like tv</u> <u>total</u>
<u>Like reading:</u> 70 10 80
<u>Don't like read</u>. <u>20</u> <u>30</u> <u>50 </u>
<u>total </u> 90 40 130
The percentage of students that like tv as well as reading is- 70 divided by 130 which gives you .538 which in percentage is 53.8%.
The probability of a student that does not prefer to watch tv as also does not like to spend their time reading is 30 over 40 which can be simplified or reduced to 3 over 4. [30/40 reduced to 3/4]
Hope this somehow helped you :)
