Answer:
<h2>x=33 and y=12 7/11</h2>
Step-by-step explanation:
<h2> soln</h2><h2> ( 4x-3)+41=180</h2><h2> 4x+38=180</h2><h2>4x=180-38</h2><h2> 4x=142 </h2><h2>divide 4 both side with make value of x</h2><h2>x=33</h2>
<h2> and value of y is</h2><h2> soln </h2><h2>11y+6+45=180</h2><h2>11y+51=180</h2><h2>11y=180-51</h2><h2>11y=129</h2><h2>divide 11 both side with make value of y</h2><h2> y=12 7/11 this is my answer</h2>
Answer:
yes
Step-by-step explanation:
10 > 5(3) - 8
10> 15-8
10> 7
Answer: The minimum amount that Nathan will pay including extra charges for exceeding mileage limit is $5,598.50¢
Step-by-step explanation:
Since Nathan went to work for 226 days, covering 45 miles daily to and from work with the car he leased from the leasing company, he therefore covered a total of:
45 × 226
= 10170 miles.
He covered a total of 10170 miles in that particular year.
If the mileage limit was 10,000 miles, then the additional miles that will attract extra charges will be derived by subtracting the mileage limit from the total miles covered within the given period =
10170 - 10,000
= 170 miles
If the extra mile charge on every mile that exceeds the mileage limit was set at $0.25 per mile, then the amount that Nathan will pay for only exceeding the mileage limit within the year =
0.25 × 170
= $42.50
Again, if leasing a car from the company attracts a monthly payment of $463, the amount that is expected of Nathan to pay for leasing the car from the company for the year is then:
$463 × 12 months
= $5,556
The minimum amount that Nathan will pay for the car in that particular year including charges for exceeding the mileage limit will then be:-
$5,556 + $42.5
= $5,598.50
Answer:
what is heat and give any five example and also explain them
Answer:
I can help with #1
Step-by-step explanation:
1
Double the radius (4m) and find the circumference
(C= Pi×2R)
once you have the total double it for the bottom of the cylinder. Save that total for later.
To get the sides Mutiply the Circumference of one circle and the side of the cylinder. (3m)
once you have this add the totals together. I hope this helps and I apologize if not. it's been awhile since I've done this.
if you have to find the area however, do this but instead of finding the circumference, find the area of the circles.
a= pi×R(squared)
