$96 dollars in one year.
The simple explanation for this is that $8 for one month. solve for a year
12 months in a year.
so 8 x 12
and you get $96 in one year.
Please mark branliest if this helped
Bruh google it XD
______________
Pertaining to the interrogate as justified above, the retort is proclaimed as the following,
To understand and furthermore evaluate the interrogate, an approach in which utilizes a proportional table is feasible:
Newton (Force vector) | Acceleration (m/s)
45 N. 5 m/s.
X. 8 m/s.
To solve, the following algorithms are necessary:
45 N(8 m/s) = 400 N/m/s
(400 N/m/s) / 5 m/s = If 5 goes into 100 20 times and 100 goes into 400 4 times, (400 N/m/s / 5 m/s) = 80 N as the label ‘m/s’ cancels between the two vectors indulged within the equation.
*I hope this helps and please give brainliest.
Answer:
45.2
Step-by-step explanation:
Explanation:
The idea here is that you need to use the mass of water, the heat added to the sample, and the specific heat of water to find the resulting change in temperature.
The equation that establishes a relationship between heat absorbed and change in temperature looks like this
q
=
m
⋅
c
⋅
Δ
T
, where
q
- heat absorbed
m
- the mass of the sample
c
- the specific heat of water, equal to
4.18
J
g
∘
C
Δ
T
- the change in temperature, defined as final temperature minus initial temperature
Plug in your values and solve for
Δ
T
- do not forget to convert the added heat from kilojoules to Joules
q
=
m
⋅
c
⋅
Δ
T
⇒
Δ
T
=
q
m
⋅
c
Δ
T
=
1.0
⋅
10
3
J
50.0
g
⋅
4.18
J
g
∘
C
=
4.785
∘
C
So, if the temperature of the water changed by
4.785
∘
C
, and its final temperature is now
50.0
∘
C
, it follows that its initial temperature was
Δ
T
=
T
f
−
T
i
⇒
T
i
=
T
f
−
Δ
T
T
i
=
50.0
∘
C
−
4.785
∘
C
=
45.2
∘
C
Answer:
I added the picture as an attached file below
Step-by-step explanation:
Hope it helps:)