List customer id, customer full name (Last name, full name, state) for those customers that have ordered more than once.
List customers (order id, customer id, and customer last name)
that had more than 2
-- products in their order. Order your result based on customer id
followed by order id
SQL SERVER DATABASE
In: Computer Science
If the instantaneous value of a voltage in an AC circuit of the communication system (at any time t seconds) is given by V= 142sin(8πt-0.125π) volts, determine:
1). Given that the voltage waveform can also be represented as V=Rsin(ωt+θ), use compound angle identities to resolve the resultant voltage waveform into its two component waveforms: asinωt and bcosωt.
2). In another circuit the voltage, V is made up of two components v1 = (A/3)Sin(t) and v2 = (A/2)Cos(t). Sketch the two component waveforms and the resulting waveform V= (A/3)Sin(t) + (A/2)Cos(t) on the same axes and estimate from your graph the equation of the combined waveform. Also analytically calculate, showing all your working, the parameters (R&θ) of the equation of the combined waveform if represented as V=Rsin(Ѡt+θ), giving θ in radians.
In: Math
C++
Part 1: Developing And Testing A Stack Template
Write a template, Stack.h, to implement a LIFO stack. Here is the specification for its public interface:
class Stack
{
...
Stack( ); // may have a defaulted parameter
Stack(const Stack<V>&); // copy constructor
~Stack();
Stack<V>& operator=(const Stack<V>&);
void push(const V&);
const V& peek( );
void pop( );
int size( ) const;
bool empty( ) const;
void clear( );
};
If you use dynamic memory (and you surely will!) be sure to include the three memory management functions as public members, too. You may implement your Stack as arrayed or as linked -- your choice.
Fully test your template in a test driver CPP named Stack.TestDriver.cpp, remembering to include all the tests we've learned about in this class. Then use the H file in the following application:
In: Computer Science
need algorithm not code otherwise will downvote 10
times use ms team or latex code or pdf only
Consider an n-node complete binary tree T, where n = 2d − 1 for
some d. Each node v of T is labeled with a real number xv. You may
assume that the real numbers labeling the nodes are all distinct. A
node v of T is a local minimum if the label xv is less than the
label xw for all nodes w that are joined to v by an edge.
You are given such a complete binary tree T, but the labeling is
only specified in the following implicit way: for each node v, you
can determine the value of xv by probing the node v. Show how to
find a local minimum of T using only O(logn) probes to the nodes of
T.
Note:- dont use handwritten image
In: Computer Science
5. Determine whether the given description corresponds to an experiment or
observational study.
a. A stock analyst selects a stock from a
group of twenty for investment by
choosing the stock with the greatest
earnings per share reported for the
last quarter.
b. A marketing firm does a survey to find out
how many people use a product. Of the one
hundred people contacted, fifteen said
they use the product.
c. A political pollster reports that his
candidate has a 10% lead in the polls
with 10% undecided.
d. A doctor gives a new medication to half of
his patients with the flu and a placebo to
the other half of his patients with the flu.
6. Identify the type of study (cross-sectional, retrospective, prospective)
a. Researchers collect data by
interviewing athletes who have won
Olympic gold medals from 1992 to 2016.
b. A town obtains current employment data
by polling 10,000 of its citizens this
month.
c. A researcher obtains data by searching
through the medical records of 500
men who died of lung cancer
d. A researcher collects data on the progress
of a group of women who diagnosed with
breast cancer 10 years ago.
In: Statistics and Probability
5. In order to diversify your investing strategy, after graduation you decide to also invest annually in Tesla, Inc. You decide to invest $300 every January 1st for 5 years in Tesla and then when you are ready, you will sell this stock and buy your first home.
Date Amount Price
2015 300 240
2016 300 213
2017 300 316
2018 300 333
(1 point) If you sell all of your stock today and the share price is $286, how much money did you receive for the sale of that stock? (2 points) How much money do you Gain or Lose?
6. You decide you want to experiment a little with investing in bonds. Your grandma gives you $1,000 at graduation and you want to put it away in a safe place. You find a government bond to buy. a. (1 points) If the Annual Coupon Rate is 5%, what is your annual coupon payment? b. (3 points) If you assume that the annual discount rate is 4% compounded annually, how much is the bond worth today?
In: Finance
The Bradford Company issued 12% bonds dated January 1, 2016, with a face amount of $20,000,000 on January 1, 2016. The bonds mature on December 31, 2025 (10 years). For bonds of similar risk and maturity the market yield is 10%. Interest is paid semiannually on June 30 and December 31. (FV of $1, PV of $1, FVA of $1, PVA of $1)
Required:
A. Determine the price of the bonds at January 1, 2016.
B. Prepare the journal entry to record their issuance by The Bradford Company on January 1, 2016.
C. Prepare the journal entry to record interest on June 30, 2016 (at effective interest rate).
D. Prepare the journal entry to record interest on December 31, 2016 (at effective interest rate).
In: Accounting
Based on the chart below, prepare the following:
Prepare the following:
-An income statement for 2015 and 2016
-A balance sheet for 2015 and 2016
-Operating cash flows for the two years
-Cash flows from assets in 2016
-Cash flows to creditors for 2016
-Cash flows to stockholders for 2016
| 2015 | 2016 | |||||
| Cost of Goods Sold | 235,942 | 297,915 | ||||
| Cash | 36,542 | 51,940 | ||||
| Depreciation | 61,056 | 69,011 | ||||
| Interest Expense | 13,877 | 15,905 | ||||
| Selling and Admin Exp | 40,952 | 58,569 | ||||
| Accounts Payable | 32,194 | 33,999 | ||||
| Net Fixed Assets | 269,369 | 328,185 | ||||
| Sales | 482,155 | 587,715 | ||||
| Accounts Receivable | 24,120 | 24,089 | ||||
| Notes Payable | 24,866 | 26,972 | ||||
| Long-Term Debt | 142,148 | 161,000 | ||||
| Inventory | 32,766 | 58,798 | ||||
| New Equity | 0 | 16,000 | ||||
In: Accounting
A survey question asked a group of people the following question: "Suppose all you care about is your real income. If you could take your 2016 level of income and live in 1980, or remain in 2016, what would you do?" For example, suppose you made $100,000 per year in 2016. If you could have $100,000 in 1980 or 2016. which would you choose? Some of the people responded they would go back to 1980, while others said they would prefer to stay in 2016.
a. The fact that people were split says what about the goods available for consumption in 1980 and 2016?
b. The fact that people were split says what about the preferences of the people
In: Economics
Cost of Goods Sold Budget
Magnolia Candle Inc. budgeted production of 74,200 candles in 2016. Wax is required to produce a candle. Assume eight ounces (one-half of a pound) of wax is required for each candle. The estimated January 1, 2016, wax inventory is 2,500 pounds. The desired December 31, 2016, wax inventory is 2,100 pounds. Candle wax costs $4.10 per pound.
Each candle requires molding. Assume that 12 minutes are required to mold each candle. Molding labor costs $14.00 per hour.
Prepare a cost of goods sold budget for Magnolia Candle Inc., using the information above. Assume the estimated inventories on January 1, 2016, for finished goods and work in process were $9,800 and $3,600, respectively. Also assume the desired inventories on December 31, 2016, for finished goods and work in process were $12,900 and $3,500, respectively. Factory overhead was budgeted at $109,600. Round your interim calculations to nearest cent, if required.
| Magnolia Candle Inc. | |||
| Cost of Goods Sold Budget | |||
| For the Year Ending December 31, 2016 | |||
| Finished goods inventory, January 1, 2016 | $ | ||
| Work in process inventory, January 1, 2016 | $ | ||
| Direct materials: | |||
| Direct materials inventory, January 1, 2016 | $ | ||
| Direct materials purchases | $ | ||
| Cost of direct materials available for use | $ | ||
| Less direct materials inventory, December 31, 2016 | $ | ||
| Cost of direct materials placed in production | $ | ||
| Direct labor | $ | ||
| Factory overhead | $ | ||
| Total manufacturing costs | $ | ||
| Total work in process during the period | $ | ||
| Less work in process inventory, December 31, 2016 | $ | ||
| Cost of goods manufactured | $ | ||
| Cost of finished goods available for sale | $ | ||
| Less finished goods inventory, December 31, 2016 | $ | ||
| Cost of goods sold | $ | ||
In: Accounting