Present Progressive exercise. Using the context of the imag…

Present Progressive exercise. Using the context of the images aligned with each sentence, think about what these famous people are doing at this moment. Read the following sentences, determine which verb from the list is needed based on the images, fill in the blank with the correct conjugated form of the verb in the present progressive, and do not repeat verbs. Remember to use the verb estar in your sentences. (10 points = 1 pt. each) Choose from the following verbs: estudiar / cantar/ escribir / beber / actuar / escuchar Studend Studying for Exams.jpg Example: Yo estoy estudiando para mi examen de español en Montgomery College.  Bad Bunny.jpg Bad Bunny y yo [BLANK-1][BLANK-2] en su concierto en Puerto Rico.  Sofia Vergara.jpg Sofía Vergara y sus hijos [BLANK-3][BLANK-4] en un programa de televisión.  Oprah.jpg Oprah Winfrey [BLANK-5][BLANK-6] un podcast por internet.  Claudia Sheinbaum.jpg Yo [BLANK-7][BLANK-8] una composición sobre la presidenta de México, Claudia Sheinbaum.  Andres.png Y tú, ¿[BLANK-9][BLANK-10] café con leche en Starbucks con José andrés?

Question 10, part e: Metal calorimetry and heat capacity.A 6…

Question 10, part e: Metal calorimetry and heat capacity.A 64.2 g metal sample is heated to 98.0 degrees C and then placed into 75.0 mL of water initially at 21.5 degrees C. The final temperature of the metal-water system is 27.2 degrees C. Assume the density of water is 1.00 g/mL and Cs,water = 4.184 J g^-1 K^-1.Part e (5 points). Explain the sign of qmetal.

Question 11, part a: Kinetics, Arrhenius temperature depende…

Question 11, part a: Kinetics, Arrhenius temperature dependence, and enzyme kinetics.A reaction A -> products followed in a cuvette with fluorescence spectroscopy is first order with k = 0.0960 min^-1. The rate constant triples when the temperature increases from 298 K to 310 K. An enzyme reaction that catalyzes the same reaction A -> products has Vmax = 0.240 micromol s^-1 and Km = 0.0500 mM.Part a (5 points). For the first-order reaction, calculate the half-life.