What observations and/or conclusions about radiation can bemade based on this tutorial? Use the terms alpha, beta,gamma, radiation, and decay in your answer. Your answershould be 4-5 sentences long.Using the chart down below to. #n° #p*#n° #p*AtomNameDecay+e a ßH1Hydrogen-1 (protium)NO NUCLEAR DECAY /STABLEH2Deuterium (Hydrogen-2)NO NUCLEAR DECAY /STABLEH3Tritium (Hydrogen-3)2131H→ 32HE + °- 1ßB (beta decay)12He3Helium-312NO NUCLEAR DECAY / STABLEHe4Helium-42NO NUCLEAR DECAY /STABLELi6Lithium-633.NO NUCLEAR DECAY / STABLE4 ABe →73 Li + °,e*+e (positron emission)Be7Beryllium-74ABe→ 105B +0- 1B10Be10Beryllium-1064B (beta decay)114 Be 115 B + °_ 1BB (beta decay)->Be11Beryllium-1174106C10C10Carbon-1046+1e++e (positron emission)Carbon-116 6C→ 15B + °416+e (positron emission)6.C11+1e+Next« Previous39To DoNotificationsInboxCalendar513.LO5,1,1,3.

From the table it tells us that no deacy occurs from stable nucleus that means for the nucleus which…

#n° #p* #n° #p* Atom Name Decay +e a ß H1 Hydrogen-1 (protium) NO NUCLEAR DECAY /STABLE H2 Deuterium (Hydrogen-2) 1 NO NUCLEAR DECAY / STABLE H3 Tritium (Hydrogen-3) 31H→ 32He + ° 1ß B (beta decay) 1 Нез Helium-3 1 2 NO NUCLEAR DECAY/STABLE He4 Helium-4 2 NO NUCLEAR DECAY /STABLE Li6 Lithium-6 3 3. NO NUCLEAR DECAY /STABLE Beryllium-7 4Be →73 Li + °, e* +e (positron emission) Be7 4 10 Be10 Beryllium-10 4Be 105B +0 1ß B (beta decay) 11 4 Be 15 B + °- 1B B (beta decay) 6. → 11 Be11 Beryllium-11 4 C 105B +°+1e+ 10 Carbon-10 6. +e (positron emission) C10 4 C11 Carbon-11 16C → 115B + °+1e* +e (positron emission) Next « Previous 39 To Do Notifications Inbox Calendar 3. 5. 4. LO 6. 4-

#n° #p* #n° #p* Atom Name Decay +e a ß H1 Hydrogen-1 (protium) NO NUCLEAR DECAY /STABLE H2 Deuterium (Hydrogen-2) 1 NO NUCLEAR DECAY / STABLE H3 Tritium (Hydrogen-3) 31H→ 32He + ° 1ß B (beta decay) 1 Нез Helium-3 1 2 NO NUCLEAR DECAY/STABLE He4 Helium-4 2 NO NUCLEAR DECAY /STABLE Li6 Lithium-6 3 3. NO NUCLEAR DECAY /STABLE Beryllium-7 4Be →73 Li + °, e* +e (positron emission) Be7 4 10 Be10 Beryllium-10 4Be 105B +0 1ß B (beta decay) 11 4 Be 15 B + °- 1B B (beta decay) 6. → 11 Be11 Beryllium-11 4 C 105B +°+1e+ 10 Carbon-10 6. +e (positron emission) C10 4 C11 Carbon-11 16C → 115B + °+1e* +e (positron emission) Next « Previous 39 To Do Notifications Inbox Calendar 3. 5. 4. LO 6. 4-

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

100%

What observations and/or conclusions about radiation can be made based on this tutorial? Use the terms alpha, beta, gamma, radiation, and decay in your answer. Your answer should be 4-5 sentences long. Using the chart down below to.

#n° #p*
#n° #p*
Atom
Name
Decay
+e a ß
H1
Hydrogen-1 (protium)
NO NUCLEAR DECAY /STABLE
H2
Deuterium (Hydrogen-2)
NO NUCLEAR DECAY /STABLE
H3
Tritium (Hydrogen-3)
2
1
31H→ 32HE + °- 1ß
B (beta decay)
1
2
He3
Helium-3
1
2
NO NUCLEAR DECAY / STABLE
He4
Helium-4
2
NO NUCLEAR DECAY /STABLE
Li6
Lithium-6
3
3.
NO NUCLEAR DECAY / STABLE
4 ABe →73 Li + °,e*
+e (positron emission)
Be7
Beryllium-7
4
ABe→ 105B +0- 1B
10
Be10
Beryllium-10
6
4
B (beta decay)
11
4 Be 115 B + °_ 1B
B (beta decay)
->
Be11
Beryllium-11
7
4
10
6C
10
C10
Carbon-10
4
6
+1e+
+e (positron emission)
Carbon-11
6 6C→ 15B + °416
+e (positron emission)
6.
C11
+1e+
Next
« Previous
39
To Do
Notifications
Inbox
Calendar
51
3.
LO
5,
1,
1,
3.

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