Option C
<u>Answer:
</u>
The current flowing through the circuit is 5 A
<u>Solution:
</u>
Given that resistance of an electric circuit is 12 ohms and the voltage in the circuit is 60 V.
We have to find the current flowing through the circuit.
By Ohms law, the relation between the resistance, voltage and current in the circuit is given as,
---- eqn 1
where, V = voltage in the circuit
I = current flowing through the circuit
R = resistance of the electric circuit
From question given that, R = 12 ohms; V = 60 V
By using eqn 1, the current flowing through the circuit is given as
Hence the current flowing through the circuit is 5A.
Answer:
O
Step-by-step explanation:
Answer:
y = - 16t² + 55.6t + 6
Step-by-step explanation:
Using y - y₀ = vt - 1/2gt² where g = 32 ft/s², and v the velocity of the football
So y = y₀ + vt - 1/2 × (32 ft/s²)t²
y = y₀ + vt - 16t² where y₀ = 6.5 ft
y = 6 + vt - 16t²
Now, when t = 3.5 s, that is the time the teammate catches the ball after the quarterback throws it, y = 5 ft. Substituting these into the equation, we have
5 = 6.5 + v(3.5 s) - 16(3.5 s)²
5 = 6.5 + 3.5v - 196
collecting like terms, we have
5 - 6.5 + 196 = 3.5v
194.5 = 3.5v
v = 194.5/3.5 = 55.57 ft/s ≅ 55.6 ft/s
So, substituting v into y, our quadratic model is
y = 6 + 55.6t - 16t²
re-arranging, we have
y = - 16t² + 55.6t + 6
Answer:
ascending order:
angle KLM
angle KML
angle LKM
Step-by-step explanation:
angle opposite to the largest side is the largest angle:
largest angle = angle LKM
angle opposite to the smallestest side is the smallest angle:
smallest angle = angle KLM
Answer:
A. Corresponding angles
Step-by-step explanation:
