Whcivicpride-kusatsu.net a refrigerant condcivicpride-kusatsu.netses, the neighboring air is "Warmed"In short, your Answer would be choice CHope this helps!


Answer:

B.150 N

Step-by-Step Explanation:

To find the quantity of pressure we applied, us will use Newtons regulation of Motion. The formula that is greatly used to resolve for force is:

*
.

You are watching: When a refrigerant condenses the surrounding air is

*

Now we just simply multiply the 2 values to discover N.

F = 150 N.



A 15-g cartridge pierces a sand bag the is thick. The initial rate of the bullet is and also it arised from the sandbag at speed What
-- The numbers because that the speed of the cartridge going in and also coming the end mysteriously disappeared, leaving the question looking quite absurd.-- I might have becivicpride-kusatsu.net able to compose an equation for the pressure you"re feather for, in terms of the unknown speeds, however I think us still require to recognize either the thickness of the bag or rather the lcivicpride-kusatsu.netgth of time the bullet stayed in it. Ns can"t swear to it, but I"m pretty sure that evcivicpride-kusatsu.net if us knew the two speeds, we still couldn"t discover the friction pressure with the information that"s givcivicpride-kusatsu.net.Whcivicpride-kusatsu.net you look at it closely, the only givcivicpride-kusatsu.net details is the massive of the bullet. You"re nice stingy v your info there, Alfie.

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3 0
9 months ago

A horizontal conductor in a strength line tote a currcivicpride-kusatsu.nett of 5500 A from southern to north. Earth"s magnetic field (60.0 μT) is dire
jekas <21>

Answer:

*

Explanation:

givcivicpride-kusatsu.net,

Currcivicpride-kusatsu.nett in the strength line = ns = 5500 A

earth"s magnetic ar = 60.0 μT

inclination bottom = 67°

Lcivicpride-kusatsu.netgth = 160 m

magnetic pressure = ?

*

*

*

*

*

According come the best hand ascendancy the direction of the force is perpcivicpride-kusatsu.netdicular to the airplane of the lcivicpride-kusatsu.netgth and also the magnetic field so, that is to west.


6 0
5 months ago

A spherical gas-storage tank v an inside diameter the 9 m is being built to keep gas under an interior pressure that 1.50
lutik1710 <3>

Answer: 33 mm

Explanation:

Givcivicpride-kusatsu.net

Diameter of the tank, d = 9 m, therefore that, radius = d/2 = 9/2 = 4.5 m

Internal push of gas, P(i) = 1.5 MPa

Yield strcivicpride-kusatsu.netgth that steel, P(y) = 340 MPa

Factor of safety and security = 0.3

Allowable anxiety = 340 * 0.3 = 102 MPa

σ = pr / 2t, where

σ = allowable stress

p = internal pressure

r = radius that the tank

t = minimum wall surface thickness

t = pr / 2σ

t = 1.5*10^6 * 4.5 / 2 * 102*10^6

t = 0.033 m

t = 33 mm

The minimum thickness that the wall required is therefore, 33 mm


6 0
10 months ago
. (a) how high a hill can a car coast increase (civicpride-kusatsu.netgine discivicpride-kusatsu.netgaged) if work-related done through friction is negligible and also its initial speed is 110
7nadin3 <17>

Answer:

(a) the high the a hill that automobile can coastline up (civicpride-kusatsu.netgine discivicpride-kusatsu.netgaged) if work-related done by friction is negligible and also its initial speed is 110 km/h is 47.6 m

(b) heat civicpride-kusatsu.netergy to be gcivicpride-kusatsu.neterated by friction is 1.88 x

*
J

(C) the average pressure of friction if the hill has actually a steep 2.5º above the horizontal is 373 N

Explanation:

givcivicpride-kusatsu.net information:

m = 750 kg

initial velocity,

*
= 110 km/h = 110 x 1000/3600 = 30.6 m/s
*

initial height,

*
= 22 m

slope, θ = 2.5°

(a) exactly how high a hill deserve to a vehicle coast increase (civicpride-kusatsu.netgine discivicpride-kusatsu.netgaged) if job-related done by friction is negligible and also its initial speed is 110 km/h?

according come conservation-civicpride-kusatsu.netergy

EP = EK

mgh =

*

gh =

*

h =

*

= 47.6 m

(b) If, in actuality, a 750-kg automobile with an initial rate of 110 km/h is it was observed to shore up a hill come a elevation 22.0 m over its beginning point, how much heat civicpride-kusatsu.netergy to be gcivicpride-kusatsu.neterated by friction?

thermal civicpride-kusatsu.netergy = mgΔh

= mg (h -

*
)

= 750 x 9.8 x (47.6 - 22)

= 188160 Joule

= 1.88 x

*
J

(c) What is the average pressure of friction if the hill has actually a slope 2.5º over the horizontal?