Hi there!
We can use the following equation for a point charge in a magnetic field:
= Force due to magnetic field (7.6 × 10⁻¹³N)
= Charge of particle (1.6 × 10⁻¹⁹ C)
= velocity of particle (6.6 × 10⁶ m/s)
= Magnetic field strength (1.8 T)
Or, without the cross product:
θ = angle between particle's velocity and field
We can rearrange to solve for theta:
Solve for theta:
Answer:
716.1 m
Explanation:
A car was travelling at a velocity of 8m/s
It accelerated at 5m/s^2
It finally reached a velocity of 85m/s
The distance can be calculated by applying the fourth equation of motion
V^2= U^2 +2as
V= 85m/s
U= 8m/s
a= 5m/s^2
85^2= 8^2 + 2(5)(s)
7225= 64 + 10s
7225-64= 10s
7161=10s
s= 7161/10
= 716.1 m
Hence the car travelled at a distance of 716.1 m
Gorillas cannot naturally swim. Like humans, they can learn.
Answer:
The electrical signals derived in proportion with the physical quantities such as temperature, pressure, sound etc. are generally continuous signals. Other examples of continuous signals are sine wave, cosine wave, triangular wave etc.
Explanation:
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