The final part of the Declaration of Independence was the actual declaration. What was the purpose of this part? ( 1 point) to create an alliance between the colonies and Great, Britain to strengthen the colonies' political ties with European countries, such as France and Spain to announce the colonies' intentions to live independently from the Native Americans to break the colonists' ties with Britain and create a new country

Ex 4: Give the opposite a) A merciful king

QUESTION 6 The table above contains information about an economy that produces only pens and books. The base ye is 2003 . With reference to the table above. What is the value of real GDP for 2004 ? a) R800 b) R1,060 c) R1,460 d) R1,200

Which of the following statements islare TRUE of the major schools of economic thought? i. Keynesians believe in the use of macroeconomic tools to stabilise the economy whereas the others do not. ii. Monetarists believe that monetary policy is more effective than fiscal policy in eliminating unemployment, whereas Keynesians believe the opposite. iii. Supply-siders believe that incentives to work, save and invest are more important than macroeconomic demand manipulation in managing the economy. iv. The classical economists believed that the monetary and real sides of the economy wereentirely separate, whereas the other schools believe that the monetary sector can affecthe real economy, at least in the short run. a) i b) i and ii c) i, iii and iv d) ii, iii and iv

Calcola il prodotto tra i numeri complessi \( \quad z_{1}=8-i 6 \) e \( \quad z_{2}=-3+i 4 \quad \) e scrivi il risultato nella forma onenziale.

3. Sean \( v_{1}=\left[\begin{array}{l}2 \\ 1\end{array}\right], v_{2}=\left[\begin{array}{c}-3 \\ 1\end{array}\right] \) y \( v_{3}=\left[\begin{array}{c}1 \\ -2\end{array}\right] \). Justifique lo siguiente: (a) ¿Los vectores \( v_{1} \cdot v_{2} \) y \( v_{3} \) son lineamentes independientes?. (b) ¿El conjunto \( \left\{v_{1}, v_{3}\right\} \) es una base para \( \mathbb{R}^{2} \) ?. (c) \( ¿ \) El generado por \( \left\{v_{1}, v_{2}\right\} \) es igual al generdo por \( \left\{v_{1}, v_{3}\right\} \) ?.