I dont believe so but im not 100% sure i hoped i helped
Answer:
Area of given figure = 60.8 mm² (Approx.)
Step-by-step explanation:
Given:
Length of figure = 9.3 mm
Width of figure = 7.8 mm
Height of triangular cut = 3 mm
Find:
Area of given figure
Computation:
Area of given figure = [(Length)(Width)] - Area of triangle
Area of given figure = [(9.3)(7.8)] - [(1/2)(b)(h)]
Area of given figure = [(9.3)(7.8)] - [(1/2)(7.8)(3)]
Area of given figure = [(9.3)(7.8)] - [(1/2)(7.8)(3)]
Area of given figure = [72.54] - [(1/2)(7.8)(3)]
Area of given figure = [72.54] - [11.7]
Area of given figure = 60.8 mm² (Approx.)
<h2>
Answer: N = 40</h2>
Step-by-step explanation: Take the values you have now and subtract from the whole.
137 - 57 = 80
There are two N values so divide 80 by 2
80/2=40
So N = 40.
Hope this helps!
Answer:
When diving in the ocean, you must consider how much pressure you will experience from diving a certain depth.
From the atmosphere, we experience about 14.7 pounds per square inch (psi) and for every foot we dive down into the ocean, we experience another 0.44 psi in pressure.
How far (in feet) can you dive without experiencing more than 58.7 psi of pressure on your body?
:
let d = the depth which gives 58.7 psi
.44d + 14.7 = 58.7
.44d = 58.7 - 14.7
.44d = 44
d = 44/.44
d = 100 ft
Step-by-step explanation:
Answer:
6000
Step-by-step explanation:
(2t + 3u)(2u - v) + 2(t -u)
(2(50) + 3(25))(2(25) - (16)) + 2((50) -(25))
(100+75)(50-16)+2(50-25)
(175)(34)+2(25)
5950+50
6000
