Explanation & answer:
Given:
Fuel consumption, C = 22 L/h
Specific gravity = 0.8
output power, P = 55 kW
heating value, H = 44,000 kJ/kg
Solution:
Calculate energy intake
E = C*P*H
= (22 L/h) / (3600 s/h) * (1000 mL/L) * (0.8 g/mL) * (44000 kJ/kg)
= (22/3600)*1000*0.8*44000 j/s
= 215111.1 j/s
Calculate output power
P = 55 kW
= 55000 j/s
Efficiency
= output / input
= P/E
=55000 / 215111.1
= 0.2557
= 25.6% to 1 decimal place.
Answer: a=9.8*10^-10s
b=9.8*10^-13s
c=1.7*10^-8s
d=5.57*10^-4s
Explanation:
a) given 980 ps
Expected answer is 980 * 10^-12
Therefore, 980ps = 9.8*10^-10s
b) given 980 fs
Expected answer is 980 * 10^-15
Therefore, 980fs = 9.8*10^-13s
c) given 17 ns
Expected answer is 17 * 10^-9
Therefore, 17ns = 1.7*10^-8s
d) given 577 μs
Expected answer is 577 * 10^-6
Therefore, 577μs = 5.57*10^-4s
a=9.8*10^-10s
b=9.8*10^-13s
c=1.7*10^-8s
d=5.57*10^-4s
Is there a picture that I can see
Answer:
Answered
Explanation:
1 and 3 are necessary
Every bit of force applied to the bumper will be transmitted to the cart EXCEPT for the force needed to accelerate the bumper. This is the net force on the bumper.
If the bumper was heavy then a significant amount of force might be needed to accelerate the bumper so the amount transmitted to the cart would be substantially reduced.
If the net force on the bumper is small then the amount transmitted to the cart is almost the entire force applied.
the first one is medium, the second one is type, and the third one is temperature
. if i gave the correct answer, please give best answer x
