Answer:
final position = 325 m
Explanation:
distance covered in 1 second = speed x time
= 355 m/s x 1 s
= 355 m
∴ final position = initial position + distance covered
= - 30 m + 355 m
= 325 m
Answer:
-4m/s
Explanation:
use the formula
where f-force
m-mass
a-accleration
so
1kN=1000N
so apply
4000=1000×a
a=4m/s
(the negative is because the car was braking)
Respuesta:
7,6 Ω
Explicación:
Paso 1: Información dada
- Resistencia a 30 °C (R₀): 6 Ω
- Coeficiente de temperatura (α): 0,00392 °C⁻¹
Paso 2: Hallar la resistencia (R) a 100 °C
Podemos ver la relación entre la resistencia de un material y la temperatura usando la siguiente ecuación.
R = R₀ (1 + α × ΔT)
R = 6 Ω (1 + 0,00392 °C⁻¹ × (100 °C - 30 °C)) = 7,6 Ω
Answer:
positively charged protons
Explanation:
Time is independent, while # of birds is dependent.
