Solve these conversions showing all necessary work:
1 kilogram = ___ miligrams
100 grams = ___ centigrams
1 kilogram = ___ micrograms
1 microgram = ___ grams
2.6 kilograms = ___ decigrams
Solve these conversions showing all necessary work: 1 kilogram = ___ miligrams 100 grams = ___...
kilograms grams decigrams centigrams miligrams gigagrams (1 pt) For each of the following, select the most appropriate unit of measurement: The weight for a package of fruit rollups uses The weight of a sports car uses lhe mass of a pair of earrings uses The mass in the moon uses The mass of a human hair uses?
Solve the following problems, showing any necessary work. 1. [3 points) Find a basis for W+, the orthogonal complement of W, if W is the subspace spanned by -
Can you solve showing all work. 3 What is the molar solubility of MgF2 in a solution containing 0.100 M NaF? Ks for MgF2 is 7.4 x 10".) a) 3.7 x 101 b) 1.8 x 109 c) 7.4 x 1010 d) 7.4 x 109 e 2.6 x 104
Work out the following problems showing all steps and unit conversions. Express all answers in Standard Scientific Notation, to the appropriate number of Significant Figures. 1) 6.0 ml/sec x 4.0 hrs = ? gal 2) 10 L/hr x 2 days = ? liquid ounces 3) 3.00 cm/day x 5.05 years = ? mi 4) 20. L/sec x 4.0 hr = ?? gal 5) 50. m/sec x 2.00 hr = ?? km 6) 1.5 x 10-5 m/sec x 2.5 x 10-3...
CET 331 Ill. Problem Solving show conversions, Solve the following problems, showing your complete solutions. Be sure to TOPIC: CALCS Ons, units and box in your answers to receive complete credit TE THE ACTUAL STRESSES AND SECTION PROPERTY İN ACOMPOSTE TİMBER T-BEAM 2 K/ft 9. 1'-8" FIGURE A: FREE BODY DIAGRAM 8 10' 12 A. CALCULATE THE FOLLOWING PARAMETERS: (30 PTs) 1) MOMENT OF INERTIA(ix) 2)SECTION MODULUS (Sx) above and below the neutral axis 3)RADIUS OF GYRATION(r) B. ASSUMING THE...
Please help me solve this problem by showing all your work. Solve both part a and b. I would really appreciate it. Thank you in advance! After having been open for a long time, the switch in the circuit shown below is closed at t=0 (20 pts). a. Write an equation for the voltage across the capacitor for t> b. Find to when (tu) = 0.30 vc (5t) (i.e. when is voltage across the capacitor 30% of the final value?)...
4-6 with explained work 4. Solve the following conversions: a. (0126F9D4)16 ? in base 8 b.(11100010)2 ? in base 16 5. Show the 1's complement representation on 1 Byte for the following signed decimal numbers: b.57 a.-100 6. Show the 2's complement representation on 1 Byte for the following signed decimal numbers: b. 57 a.-100
Solve the following recurrence relation clearly showing all work and each step of the proof and the reasoning thereof. Be sure to state the base case and assumption. List the the rules that apply to each step. (10 points) Solve the recurrence relation: F(1) = -1; F(2) = 7; F(n) = -3F(n-2) - 4(n-1), n23 7.
1. How would you carry out the following conversions using necessary reagents? You must show all the steps of conversion to obtain full credit. (2 x 2 = 4) NH
PLEASE SOLVE THE FOLLOWING PHYSICS QUESTION SHOWING ALL STEPS AND WORK. THANKS 4. (a. c. circuits, 4/ea.) mE Given: 1) a.c. source:1 (t) = 10sin(376.8t) 2) R = 100 ohm; C = 35.2 uF; and L = 200 mH. Find: (a) The rms voltage on the resistor R. Ans._ 707 V (b) The max voltage on L. Ans._754 V_ (c) The max voltage on capacitor C. Ans. _754 V__ (d) is the circuit in a resonance? Ans. Yes. _X_ or...