You are unable to lift an object.
The Weight makes the object difficult to lift.
<h3>How can we state the above statement?</h3>
To calculate weight, we know from the formula that,
W=mg
Here in the formula,
w= the weight of the object.
m= mass of the object.
g= the acceleration due to gravity.
Also this is defined as force which acting on a object due to gravity. This kind of force usually it acts downwards.
This type of force has to overcome for it to be lifted up by individuals which is why Weight makes the object difficult to lift.
Now from the above discussion we can easily state that, The Weight is the property that makes the object difficult to lift.
Learn more about Weight:
brainly.com/question/2337612
#SPJ4
Answer:
a) The temperature is 48.41 K
b) P₁/P₀ = 1
c) PL/P₀ = 1
Explanation:
a) Given:
P₁/P₀ = 1/2
According the expression:
k = Boltzmann constant = 1.38x10⁻²³
b) If T = 10%
c) If
A). No. The entire poster is already covered with atoms,
but they're too small to see.
B). No. What's "life-size" of an atom ? It's too small to see,
and that's the whole problem.
D). No. Atoms are too small to see even with a microscope.
C). Yes ! A model of an atom, big enough to see, would help
get <em><u>some</u></em> of the important ideas across.
Answer:
a) 456.48m
b) 3343.91m
c) - 76.376m
Total displacement = 3724.01m
Explanation:
Using kinematic equation for displacement
◇x1 = Vo t + 1/2 at^2
Where ◇x1 = displacement
Vo = initial velocity
a = acceleration
t = time
◇x1 = 0(15.3) + 1/2 (3.9)(15.3)^2
◇x1 = 0 + 456.48
Displacement = 456.48m
b) ◇x2 = Vt1
V = velocity = 59.67m/s
◇x2 = 59.67 ×0.934minute×60seconds
◇x2 = 59.67 ×56.04 = 3343.91
c)
a= -11.1m/s
= (-11.1 m/s^2× 3.71seconds)
◇ x3 =1/2 (41.18m/s ×3.71)
◇x3 =- 76.376m
Total displacement = ◇x1 + ◇x2 + ◇x3
Total displacement = 456.48 + 3343.91 - 76.376
Total displacement = 3724.01m
Answer:
Today my mom drove the car and when the car was standing it was potential energy but when the car started moving it turned into kinetic energy. Hope it helps.
Explanation: