Question

Convert the followings 1 Kgm2S-2 to 1gmcm2S-2 3 ms-2 to Kmh-2 G = 6.67×10-11 Nm2Kg-2 to...

  1. Convert the followings

  1. 1 Kgm2S-2 to 1gmcm2S-2

  2. 3 ms-2 to Kmh-2

  3. G = 6.67×10-11 Nm2Kg-2 to cm3s-2g-1

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Constant Table: e0 =8.85´10-12C2×N--1×m-2 ; R=8.315J-mol-1×K-1; m0= 4π´10-7N×A-2; h = 6.63´10-34J×s; e = 1.602´10-19C; G=6.67´10-11N×m2-kg-2; me=9.11´10-31kg;...
Constant Table: e0 =8.85´10-12C2×N--1×m-2 ; R=8.315J-mol-1×K-1; m0= 4π´10-7N×A-2; h = 6.63´10-34J×s; e = 1.602´10-19C; G=6.67´10-11N×m2-kg-2; me=9.11´10-31kg; g=9.8 m/s2; (2) When a light beam of wavelength 620 nm is incident on a photodiode of 50% quantum efficiency, the photocurrent generated is 2 μA. What is the incident optical power? (A) 4 μW (B) 3 μW (C) 1 μW (D) 2 μW
Constant Table: e0 =8.85´10-12C2×N--1×m-2 ; R=8.315J-mol-1×K-1; m0= 4π´10-7N×A-2; h = 6.63´10-34J×s; e = 1.602´10-19C; G=6.67´10-11N×m2-kg-2; me=9.11´10-31kg;...
Constant Table: e0 =8.85´10-12C2×N--1×m-2 ; R=8.315J-mol-1×K-1; m0= 4π´10-7N×A-2; h = 6.63´10-34J×s; e = 1.602´10-19C; G=6.67´10-11N×m2-kg-2; me=9.11´10-31kg; g=9.8 m/s2; (8) The intensity of a light beam doubles on passing through a particular semiconductor amplifier of device length 2.5 mm. What is the gain coefficient of the device? (   ) (A) 0.28 mm-1 (B) 2.00 mm-1 (C) 0.50 mm-1 (D) 0.12 mm-1
(2 pts) Convert 256.03 X 105 ms to scientific E-notation with the correct number of significant...
(2 pts) Convert 256.03 X 105 ms to scientific E-notation with the correct number of significant digits. 3 points    QUESTION 10 10. (2 pts) Simplify (5.38E-5 kg)(0.00352 N/kg)2 giving the answer inscientific E-notation with the correct number of significant digits.
Solve (A + 1)(A-2)g = 10 2n with g(0) = 3 and g(1) = 12
Solve (A + 1)(A-2)g = 10 2n with g(0) = 3 and g(1) = 12
Let g be a function such that g(n) = 2g(n/2) + 5 and g(1) = 1....
Let g be a function such that g(n) = 2g(n/2) + 5 and g(1) = 1. Prove that g(n) = 6n − 5 for all n ≥ 1. You may assume that n/2 is always an integer
Convert cos(theta)=1/4 to radians Convert cos(theta)=1 to radians Convert cos(theta)=3/2 to radians
Convert cos(theta)=1/4 to radians Convert cos(theta)=1 to radians Convert cos(theta)=3/2 to radians
A block wieghs 10 g and is 2 cm on each side. When it is connected...
A block wieghs 10 g and is 2 cm on each side. When it is connected to a scale and submerged in a liquid, it weighs 2g. What is the desnity of the liquid?
For the reaction, CO(g) + 3 H2(g) CH4(g) + H2O(g), Kp = 2.15 X 10*11 at...
For the reaction, CO(g) + 3 H2(g) CH4(g) + H2O(g), Kp = 2.15 X 10*11 at 200 °C and Kp = 4.56 X 10*8 at 260 °C. Determine H° by using the van’t Hoff equation.
The mass of the Sun M = 2.0×1030 kg, and G = 6.67×10-11 Nm2 /kg2 a)....
The mass of the Sun M = 2.0×1030 kg, and G = 6.67×10-11 Nm2 /kg2 a). A spaceship of mass m = 7.5×104 kg is on a circular orbit of radius r1 = 2.5×1011 m around the Sun. The captain of that spaceship decides to increase the radius of his orbit to r2 = 4.0×1011 m. What is the minimum amount of energy he has to expand using his engines to move to this higher orbit? [Assume that the ship...
1. Convert 101 from binary to decimal. Show your work. 2. Convert 11111111 from binary to...
1. Convert 101 from binary to decimal. Show your work. 2. Convert 11111111 from binary to hexadecimal. Show your work. 3. Convert 11001 from binary to decimal. Show your work. 4. Convert A4B from hexadecimal to binary. Show your work. 5. Convert 1100100 from binary to decimal. Show your work. 6. Convert 15 from decimal to binary. Show your work. 7. Convert 255 from decimal to binary. Show your work. 8. Convert BAC4 from hexadecimal to decimal. Show your work....