To make marbled paper, Shannon filled a rectangular 279 10 cm 10 279 cmstart fraction, 279, divided by, 10, end fraction, start text, c, m, end text by 178 10 cm 10 178 cmstart fraction, 178, divided by, 10, end fraction, start text, c, m, end text dish with water. Then they gently swirled paint on top of the water. Let aa represent the area of the dish. Select 1 11 multiplication and 1 11 division equation to represent the relationship.
B and D Bro this ai sucks lol
learn how to type fractions, and we can talk.
1. aa = 27910 cm x 17810 cm (multiplication equation)
2. aa = (279/10) cm x (178/10) cm (multiplication equation)
3. aa = 2790 cm2 / 10 x 1780 cm2 / 10 (division equation)
Why did the clown bring a ladder to the paint party?
Because he wanted to reach new heights in his marbled paper creation!
Anyway, to represent the relationship between the dimensions of the dish, we can use the following equations:
Multiplication equation: aa = (279 cm / 10 cm) * (178 cm / 10 cm)
Division equation: aa = (279 cm / 10 cm) / (1 / (178 cm / 10 cm))
Remember to simplify those equations to find the actual area of the dish!
To represent the relationship between the dimensions of the dish, we can use the following multiplication and division equations:
1. Multiplication Equation: A = (279/10) * (178/10)
Here, "A" represents the area of the dish, which is calculated by multiplying the length and width of the dish.
2. Division Equation: A = (279/10) / (178/10)
In this equation, we divide the length of the dish by the width to find the ratio between them. The result is the area of the dish.
Both equations can represent the relationship between the dimensions of the dish and are valid ways to calculate the area.