Answer:
<h2>48</h2>
Step-by-step explanation:
so for every 3 Reid washes there are 4 Elsie washes
the ratio of washing is 3:4
lets add 3 and 4 up
3 + 4 = 7
now lets divide the total number of washes by the added ratio
84/ 7
=12
now we know that 1 part is 12
to find Elsie's part we need to x 12 by how many parts she has got
she washed 4 times
4 x 12
=48
Answer:
The probability that a student plays either basketball or soccer is 19% or 0.19.
Step-by-step explanation:
Let A be the event that student play basketball and B be the event that student play soccer.


It is given that 6 students play on both teams.

We have to find the probability that a student plays either basketball or soccer.



Therefore the probability that a student plays either basketball or soccer is 19% or 0.19.
11/12 of 7 is simply their product.

Answer:
4561.42
Step-by-step explanation: