In this problem, the average is already given. In order to solve for the missing length of jump rope we have the following solution:
Let x = be the total length
X = 4(112)
X = 448
Therefore,
34m + 1m + 212m = 247m
448m - 247m = 201 length of the fourth jump rope
The greatest number of tables that can be made is; 24 tables
<h3>Limiting Resources</h3>
To determine the limiting factor;
- We must divide the number of all factors available by 72.
Hence, it goes that;
- Only, 48/72= 0.66 balloons per chair
- Only 24/72 = 0.33 flowers per chair
- Only 32/72 = 0.44 candles per chair
However, it follows from the question that; the same number of centerpieces be used on each table.
Hence, the ratio of flowers per chair is lowest and hence, 72×0.33 flowers are used, 24 tables can therefore be set up.
Read more on limiting resources;
brainly.com/question/19231521
The larger box is 5x bigger than the smaller one.
Answer:
Property of equality division
Step-by-step explanation:
Given
c = d
b ≠ 0 then c∕b = d∕b
Required
State the property used
From list of options a through d, only option A best fits the description.
This is so because property of equality division is such that
given two variables c and d where c = d
Provided that b ≠ 0
Take for instance;
b = 2; c = 8 and d = 8;
This implies that
Divide both sides by 2 (assumed value of b)