how to solve the second equatio from the first one 진동자의 에너지가 양자화된 결과를 언 진동자의 에너지가 양자화된 결과를 언
How do I get from the first
compound to the second one? It should only take about 2-3
steps.
он
first one is the net equation and second one is mechanism of
first one.
in the second one, H-A comes from where?
(c) Conversion into amides o=U DCC + RNH, Dec + RNH2 ОН NHR O=U H Ron + CgH11 ngent H C6H11 CGH11 R-NH2 co: Hw-Cohn R'NH2 CGH11 L0
Hon by e solve the quadratic equatio completing the squar (Give the equation after completing the square, but before taking the (square root. Your answer should look like: (k-a) ² = b I the square: 5 k2+46 +22=66 & List all solutions to the equation 7 in simplest radical form, separated! 5 by commas. The solutions are:
use related rates.
1. One runner stands at first base and another on second base in a baseball game. At the moment a ball is hit, the runner at first base runs to second base at a speed of 18 ft/s. Simultaneously, the runner on second runs to third base at 20 ft/s. The paths between home plate, first base, second base, and third base create a square with a side length of 90 ft. a. (1 pt) How far...
How is the purpose of the second saline flush different from the purpose of the first flush when administering an intermittent IV medication?
What line of code changes the
first diagram below to the second?
first:
second:
Select one:
a. tail->next = head;
b. head = head->next;
c. tail = head;
d. head = tail;
e. p = NULL;
What line of code changes the first diagram below to the second? first: head +3+ 27 second: BELIT head Select one:
Solve the following first-order ODE a. b. Solve the following second-order ODIE 2 =-200, 댓(z = 0) = 0, ca(z = L) = CAL c. Solve the following second-order ODIE dz2 d. Solve the following second-order ODIE
there are two tanks which are volume of first tank is 200gal and second one is 100gal. concentraion of first on is 0.4lb/gal and second one is 0.2lb/gal. 4GPM of pure water is coming into first tank and it is perfect mixing. 4GPM of perfect mixed water is going out to second tank and mixed then going out again... then how can I make equation in this situation?
use maximum first order and second order conditions to
prove.Please solve
mum
answer should be 3 minutes for the first one and 10
seconds for the second one...how?
Part II. Questions 1. What would be Sun's rotation period if it collapsed to a radius of 6000 km? How would the Sun's density change? (HINT: Conserve angular momentum. The moment of inertia of sphere is 0.4MR. 2. A star reaches "break-up” speed when it rotates so rapidly that the centrifugal acceleration at its equator equals the surface gravity (g). Estimate the rotation period...