Ace - AI Tutor
Ask Our Educators
Textbooks
My Library
Flashcards
Scribe - AI Notes
Notes & Exams
Download App
mar-a green

mar-a g.

Divider

Questions asked

BEST MATCH

Question 7 For Sample 3, identify the percentage of A nucleotides

View Answer
divider
BEST MATCH

Atrial kick is a. Ventricles contract just a second before Atrial b. Atrial contract just a second before ventricles c. Ventricles filling with blood d. Atrial filling with blood

View Answer
divider
BEST MATCH

Which has more cells in it: a mature angiosperm male gametophyte or a mature angiosperm female gametophyte?

View Answer
divider
BEST MATCH

The following number, 17D, in the Hexadecimal Numeral System is equivalent to what number in base ten? there is no numeral B in either base 16 or base 10 3,697 1 \times 256 + 7 \times 16 + 14 \times 1 there is no such number in base 10 1,969

View Answer
divider
BEST MATCH

Find the most general form of the antiderivative, $F(x)$, of the function $f(x) = \frac{2x + 2}{x^9}$.

View Answer
divider
BEST MATCH

Which of the following statement is true regarding Outline view? It displays only first-level headings. It enables you to easily convert the outline to a PowerPoint presentation. The document cannot be edited or formatted. It does not allow you to move text around.

View Answer
divider
BEST MATCH

The monomer for a protein is a monosaccharaide. nucleotide. amino acid. fatty acid.

View Answer
divider
BEST MATCH

Consider the map from the uv-plane to the xy-plane defined by x=u+v, y=-v. Let S be the closed rectangular region (i.e. including both interior and boundary) of the uv-plane with corners at (0,0), (1,0), (0,2), (1,2) and suppose that R is the image in the xy-plane of S under the map given above. The region R is bounded by segments of four different curves (which may be straight lines) in the xy-plane. Give equations for these curves.

View Answer
divider
BEST MATCH

Perform an energy balance of a methanol production plant from wood waste, taking into account the main equipment that was used for mass balance that is presented in the attached tables. Keep in mind that the quality of H2 is 0.975% molar and MeOH has 0.95% weight. The order of the equipment begins with the dryer and ends at the distiller. Make a simple but well-explained and detailed energy balance. All calculations must be performed in kW. Note: The attached figure is a similar diagram of the process, with the difference that it is in a different order and neither the cyclone nor the filter is found, but it is only for a guide. Dryer (kg/year) Gasifier (kg/year) Dry waste 43847535.7 INPUTS Waste 65771961.3 Water/Air Vapor 52617569 Dry waste 43847535.7 Syngas 91203347.7 OUTPUTS Water 21924425.6 Waste 5261756.9 Cyclone (kg/year) Input 91203347.7 Filter (kg/year) Reactor 1 (kg/year) Condenser 1 (kg/year) Input 90968531.7 Syngas 90733715.6Reactor Product90733715.6 To the filter Waste 90968531.7 To the reactor 90733715.6 Synthesis Product90733715.6 234816.06 Waste 234816.06 Compound 86301128.4 Water 4432587.15 Condenser 2 (kg/year) Condenser 3 (kg/year) Condenser 4 (kg/year) Reactor 2 (kg/year) Absorption (kg/year) Condenser 5 (kg/year) Distiller (kg/year) Input 81868541.3 Input 77435954.1 |Synthesis Products| 73003367 Dissolved gases 66498767 MeOH product 73003367 MeOH solution 6504600 Compound 77435954.2Synthesis Products 73003367 Hydrogen 5444701 MeOH solution 6504600 Water 564344 MeOH product 73003367 Water 4432587.15 Water 4432587.15 Waste 61054066 Dissolved gases 66498767 MeOH 95% 5940255 INPUTS Input 86301128.4 Compound81868541.3 OUTPUT Water 4432587.15

View Answer
divider
BEST MATCH

2. Gluconeogenesis is the metabolic process by which organisms produce sugars for catabolic reactions from non-carbohydrate precursors as shown in Figure 1. Glucose ATP $P_i$ Hexokinase ADP 1 $H_2O$ Glucose 6-phosphate Fructose 6-phosphate ATP $P_i$ Phosphofructokinase ADP 2 $H_2O$ Fructose 1,6-bisphosphate Glyceraldehyde 3-phosphate \(\rightleftharpoons\) Dihydroxyacetone -Pi $NAD^+$ $NADH+H^+$ 1,3-bisphosphoglycerate ADP ATP 3-phosphoglycerate phosphate 2-phosphoglycerate $H_2O$ Phosphoenolpyruvate $CO_2$ \(\rightarrow\)GDP ADP 3 GTP Pyruvate kinase Oxaloacetate ATP ADP ATP 4 $CO_2$ Pyruvate Figure 1

View Answer
divider