Distance between Station E and Station G is 8.48 miles (Approx.)
<u>Given:</u>
Distance 3 miles east
Distance 5 miles south
<u>Find:</u>
Distance between Station E and Station G
<u>Computation:</u>
Co-ordinate of Point E = (-3 , 1)
Co-ordinate of Point G is 3 mile east and 5 mile south
So,
Co-ordinate of Point G = (3 , -5)
Distance between two point = √(x2 - x1)² + (y2 - y1)²
So,
Distance between Station E and Station G = √(3 + 3)² + (-5 - 1)²
Distance between Station E and Station G = √(6)² + (-6)²
Distance between Station E and Station G = √36 + 36
Distance between Station E and Station G = √72
Distance between Station E and Station G = 8.48 miles (Approx.)
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Because the sofa usually sells for $800, we know that's 100% of the price.
100% = $800
Let's find 1%.
1% = $800/100
1% = $8
Next, multiply $8 by 75 to find the percent of the sofas price when it's $600.
75% = $600
We now know that $600 is 75% of the sofas original price.
100% - 75% = 25%
The percent of decrease I'm the sofas sale price is 25%.
Hope I got that right, the question was worded a little strangley so I wasn't quite sure what you were asking :)
Answer: 7bb +19 ll ≥210
Step-by-step explanation:
Hi, to answer this question we have to write an inequality:
The product of the number of hours he works babysitting (bb) and the amount he earns per hour (7); plus The product of the number of hours he works lifeguarding (ll) and the amount he earns per hour 19; must be higher or equal to the amount he must earn this week (210)
Mathematically speaking:
7 bb + 19 ll ≥210
Answer:
it's B
Step-by-step explanation:
USE The venn diagram
11 said they own both devices so it will be in the middle
34 said they owned at least a phone
34-11 =23
Answer:
Taht problem equals -77 so I would say d, good luck!
