La Misa como nunca te la habían contado. Un deslumbrante recorrido a través del sentido bíblico del sacrificio -desde la Creación hasta nosotros- acompañados por anfitriones de lujo: Eduardo Verástegui, el autor súper ventas Scott Hahn, el bicampeón de Fórmula 1 Emerson Fittipaldi, el Barrabás de La Pasión de Cristo Pietro Sarubbi, Raniero Cantalamessa... y por jóvenes 'besados' por Dios. Con increíbles imágenes de la naturaleza de Brasil e Islandia; rodado en la Playa de las Catedrales (Lugo) y en Matera (Italia).
| Título original: | EL BESO DE DIOS |
| Año: | 2022 |
| Fecha estreno: | 22-04-2022 |
| País: | España |
| Dirección: | P. Ditano |
| Guion: | P. Ditano |
| Productores: | Arturo Sancho y P. Ditano |
| Música: | Almighty y Andrea Bocelli |
| Dir. producción: | Alfonsina Isidor |
| Montaje: | P. Ditano |
| Fotografía: | César Pérez, Víctor Entrecanales y Dan Johnson |
| Mezcla sonido: | David Machado |
| Género: | Documental |
| Duración: | 76 min. |
| Distribuidora: | European Dreams Factory |
| EDUARDO VERÁSTEGUi | narrador (voz) |
| EMERSON FiTTiPALDi | entrevistado |
| SCOTT HAHN | narrador y entrevistado |
| PiETRO SARUBBi | actor, narrador y entrevistado |
| CARDENAL CANTALAMESSA | entrevistado |
| BRiEGE McKENNA | entrevistada |
| MARY HEALY | entrevistada |
| RALPH MARTiN | entrevistado |
| JOSÉ PEDRO MANGLANO | entrevistado |
| TONY GRATACÓS | entrevistado |
| BEA MORiILLO | entrevistada |
| FER RUBiO | entrevistado |
. This shows how to predict the solution without brute-forcing every combination.
Tell the participant, "Place the numbers 1 through 9 into these boxes so that the sum of each row, column, and diagonal is the same". The Constraint: All numbers must be used exactly once. The Goal: The sum must be 15. 2. Engaging in Mathematical Thinking (The "How-To")
This piece outlines a activity designed to foster algebraic thinking, pattern recognition, and problem-solving, aligning with the principles found in John Mason's Thinking Mathematically . The "Number Boxes" Activity: Developing Algebraic Thinking
"What number must be in the center box?" (Answer: 5, because it is the average of the set).
To move from arbitrary calculation to structure-based thinking by solving a logic-number puzzle. 1. The Setup
Identify which numbers are used most frequently in the sums (e.g., corners vs. edges).
This exercise shifts focus from just getting the answer to understanding why the answer works, building the foundation for algebraic manipulation and logical reasoning.
. This shows how to predict the solution without brute-forcing every combination.
Tell the participant, "Place the numbers 1 through 9 into these boxes so that the sum of each row, column, and diagonal is the same". The Constraint: All numbers must be used exactly once. The Goal: The sum must be 15. 2. Engaging in Mathematical Thinking (The "How-To")
This piece outlines a activity designed to foster algebraic thinking, pattern recognition, and problem-solving, aligning with the principles found in John Mason's Thinking Mathematically . The "Number Boxes" Activity: Developing Algebraic Thinking
"What number must be in the center box?" (Answer: 5, because it is the average of the set).
To move from arbitrary calculation to structure-based thinking by solving a logic-number puzzle. 1. The Setup
Identify which numbers are used most frequently in the sums (e.g., corners vs. edges).
This exercise shifts focus from just getting the answer to understanding why the answer works, building the foundation for algebraic manipulation and logical reasoning.