Ms. Patterson will take t>2.5 hours to burn 590 calories riding her bike at the same rate which is 236 calories every hour.
<h3 /><h3>What amount of time Ms. Patterson will take to burn more then 590 ?</h3>
Given that -
she burns 236 calories in 1 hour get = 
hours
so time taken to burn 590 calories at same rate = 
hours
so time taken to burn 590 calories at same rate = 2.5 hours
hence Ms. Patterson will take t>2.5 hours to burn 590 calories riding her bike at the same rate which is 236 calories every hour.
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Let x = the area of his model. Set up a proportion. 1 is to 64 as the area of his model is to the area of his neighborhood. The order of the objects in the proportion is important. 1:64::x:200,704. Notice that the first thing in the first ratio (1:64) is the small number. The first thing in the second ration (x:200,704) is the small number. The small numbers go with the model. The bid numbers go with the neighborhood. Set up the proportion: 1/64 = x/200,704. The small numbers are the numerators, the big numbers are the denominators. Lots of folks have trouble with proportions because they don't keep the numbers consistent. Solve for x 200,704/64 = x x = 3136 The model will have an area of 3,136 square feet. You can set up the proportion with the big numbers on top and you get the same result. 64 is to 1 as 200,704 is to the area of the model. 64:1::200,704:x 64/1 = 200,704/x Cross multiply to solve. 64x = 200,704 x = 200,704/64 x = 3136.
The numerical value of the circumference is greater than the numerical value of the area.
Answer:
The value of the slope of the line is 1
Step-by-step explanation:
Here, we want to find the value of the slope of the line that passes through the given points
Mathematically, we have the equation as;
m = (y2-y1)/(x2-x1)
(x1,y1) = (4,-11)
(x2,y2) = (7,-8)
substituting these values in the slope equation, we have;
m = (-8-(-11))/(7-4) = 3/3 = 1
