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Answer:
x=4
Step-by-step explanation:
Answer:
Step-by-step explanation:
Given:
Base length:
A = 8.5 m
B = 4 m
Height, h = 2 ft
1 gallon = 350 ft^2
Area of trapezoid = 1/2 × (A + B) × h
= 1/2 × (8.5 + 4) × 2
= 12.5 ft^2
1 gallon = 350 ft^2
2 gallons = 700 ft^2
1 podium = 12.5 ft^2
= 700/12.5 podium
= 56 podiums will be painted with 2 gallons of paint.
Answer:
mean is 107, median is 106, mode is 106, and range is 15
Step-by-step explanation:
Uditi is not correct because the tray cannot hold at 6 pairs of shoes.
<h3>Calculate the size required to hold 6 pairs of shoes:</h3>
The first step is to calculate how big the tray must be. To do this, follow these steps:
1. Calculate the average or mean of the width of a pair of shoes.
- 18.2 + 19.7 + 19.4 + 18.6 + 18.9 = 94.8/ 5 = 18.96
2.Find out the total width of 6 pairs:
3. Add 10%.
- 113.76 / 100 x 10 = 11.376
- 113.76 + 11.376= 125.136
4.Add 3 cm in each side.
This means 131.136 is the ideal length of the tray based on the width of the shoes, and therefore the model Uditi's drew is not enough to hold 6 pairs of shoes.
Learn more about width in: brainly.com/question/26613529